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                             1932 gevonden resultaten
nr titel auteur tijdschrift jaar jaarg. afl. pagina('s) type
1001 Mechanical behaviour of carbon-carbon composites made with surface treated carbon fibers Manocha, L.M.
1989
1-24 3 p. 381-387
7 p.
artikel
1002 34. Mechanical energy losses due to motion of dislocations in graphite and carbons Tsuzuku, T
1964
1-24 3 p. 363-
1 p.
artikel
1003 Mechanical properties of carbon nanofiber/fiber-reinforced hierarchical polymer composites manufactured with multiscale-reinforcement fabrics Rodriguez, Alejandro J.
2011
1-24 3 p. 937-948
12 p.
artikel
1004 Mechanical properties of compressed CVD/Felts Granoff, B.
1972
1-24 3 p. 335-
1 p.
artikel
1005 145. Mechanical properties of compression-annealed pyrolytic graphite at room temperature Seidin, E.J
1965
1-24 3 p. 367-368
2 p.
artikel
1006 Mechanical properties of CVD carbon infiltrated carbon and graphite filament wound cylinders Kotlensky, W.V.
1972
1-24 3 p. 334-
1 p.
artikel
1007 Mechanism of heterogeneous graphitization observed in phenolic resin-derived thin carbon fibers heated at 3000 °C Okabe, K
2004
1-24 3 p. 667-669
3 p.
artikel
1008 178. Mechanism of radiation induced contraction in polycrystalline graphite 1965
1-24 3 p. 378-
1 p.
artikel
1009 Mechanism of the carbonization of MP carbon fiber at the low temperature range Ōtani, Sugio
1967
1-24 3 p. 219-220
2 p.
artikel
1010 129. Mechanisms of puffing and puffing inhibition Volk, H.F
1965
1-24 3 p. 362-
1 p.
artikel
1011 Mercury porosimetry study of oxyhumolith Kloubek, Jan
1993
1-24 3 p. 445-450
6 p.
artikel
1012 Mesophase alignment within carbon-fiber bundles Zimmer, J.E.
1983
1-24 3 p. 323-324
2 p.
artikel
1013 Mesoporous activated carbon filaments Lu, W.
1997
1-24 3 p. 427-430
4 p.
artikel
1014 Mesoporous activated carbons from Ca and Fe exchanged sub-bituminous and bituminous coals Gryglewicz, Grażyna
2004
1-24 3 p. 688-691
4 p.
artikel
1015 Mesoporous carbon from poly(tetrafluoroethylene) defluorinated by sodium metal Tanaike, Osamu
2002
1-24 3 p. 457-459
3 p.
artikel
1016 Mesoporous carbon prepared from direct coal liquefaction residue for methane decomposition Zhang, Jianbo
2012
1-24 3 p. 952-959
8 p.
artikel
1017 Mesoporous carbons derived from citrates for use in electrochemical capacitors Zhou, Jin
2011
1-24 3 p. 1054-
1 p.
artikel
1018 Mesoporous carbon spheres grafted with carbon nanofibers for high-rate electric double layer capacitors Huang, Cheng-Wei
2011
1-24 3 p. 895-903
9 p.
artikel
1019 Mesure De é'Effet Hall de Fibres de Carbone Espelette, Patrick
1987
1-24 3 p. 447-448
2 p.
artikel
1020 Mesure simultanee in situ du poids et de l'anisotropie magnetique lors de l'insertion du brome dans un carbone Marchand, A.
1971
1-24 3 p. 347-349
3 p.
artikel
1021 Metal carbonyl decomposition and carbon deposition in the advanced gas-cooled nuclear reactor Sykes, M.L.
1993
1-24 3 p. 467-472
6 p.
artikel
1022 Metallized carbon fibres and composite materials containing these fibres Ebneth, Harold
1985
1-24 3 p. I-
1 p.
artikel
1023 Metal sulfide catalyzed growth of carbon nanofibers and nanotubes Huang, Houjin
2003
1-24 3 p. 615-618
4 p.
artikel
1024 4673541 Method and apparatus for continuous shaping of carbon-fiber-reinforced plastic tubes Watanabe, Takahiko
1988
1-24 3 p. IV-V
nvt p.
artikel
1025 4351816 Method for producing a mesophase pitch derived carbon yarn and fiber Schulz, David
1983
1-24 3 p. VII-
1 p.
artikel
1026 4529498 Method for producing mesophase pitch Watanabe, Masami
1986
1-24 3 p. III-
1 p.
artikel
1027 4420443 Method for producing spherical particles of carbon and of activated carbon Kaji, Hisatsug
1984
1-24 3 p. ii-iii
nvt p.
artikel
1028 4350718 Method of fabricating graphite tube Huber, Bernhard
1983
1-24 3 p. VI-
1 p.
artikel
1029 4343982 Method of joining metal to graphite by spot welding Schwartz, Stepha
1983
1-24 3 p. II-
1 p.
artikel
1030 4921687 Method of making highorientation sheet-like graphite by using laminar compound Tomita, Akira
1991
1-24 3 p. II-
1 p.
artikel
1031 Method of optimally operating a graphite fiber reinforced glass matrix composite optical article Prewo, Karl M
1984
1-24 3 p. i-ii
nvt p.
artikel
1032 4526881 Method of pretreating carbon black powder to improve cathode performance and lithium sulfuryl chloride cell including the pretreated carbon black powder Binder, Michael
1986
1-24 3 p. III-
1 p.
artikel
1033 4350576 Method of producing a graphite intercalation compound Watanabe, Nobuatsu
1983
1-24 3 p. V-VI
nvt p.
artikel
1034 4526770 Method of producing carbon fiber and product thereof Pepper, Roger T
1986
1-24 3 p. II-
1 p.
artikel
1035 4673450 Method of welding together graphite fiber reinforced thermoplastic laminates Burke, James
1988
1-24 3 p. IV-
1 p.
artikel
1036 69. Methods for assessing the suitability of coal tar pitches as binders for industrial carbon Earp, F.K
1964
1-24 3 p. 374-
1 p.
artikel
1037 Micromechanics of carbon fibers — chemical vapor deposited carbon composites Butler, B.L.
1972
1-24 3 p. 331-
1 p.
artikel
1038 Micropore volumes of carbons by means of a new isotherm equation John, P.T.
1977
1-24 3 p. 169-171
3 p.
artikel
1039 Microporosity and adsorption characteristics against NO, SO2, and NH3 of pitch-based activated carbon fibers Kaneko, K.
1988
1-24 3 p. 327-332
6 p.
artikel
1040 Microporosity of carbon fibers Christner, L.
1972
1-24 3 p. 331-
1 p.
artikel
1041 Microporous structures of carbonaceous adsorbents Dubinin, M.M.
1982
1-24 3 p. 195-200
6 p.
artikel
1042 Microscopic observation of graphitization under high pressure Noda, T.
1972
1-24 3 p. 343-
1 p.
artikel
1043 Microscopic observations of hard carbon heat-treated under pressure Kamiya, K.
1971
1-24 3 p. 287-288
2 p.
artikel
1044 Microscopic structure and electrical properties of heat treated coals and eucalyptus charcoal Hernandez, J.G.
1982
1-24 3 p. 201-205
5 p.
artikel
1045 Microscopic studies of oxidized highly oriented pyrolytic graphite Rodriguez-Reinoso, F.
1972
1-24 3 p. 339-
1 p.
artikel
1046 Microscopic studies of oxidized highly oriented pyrolytic graphites Rodriguez-reinoso, F.
1974
1-24 3 p. 269-279
11 p.
artikel
1047 Microstructural observations on a commercial glassy carbon Kaae, J.L.
1975
1-24 3 p. 246-248
3 p.
artikel
1048 60. Microstructure and deposition process of pyrolytic graphite Nagaoki, T.
1965
1-24 3 p. 341-
1 p.
artikel
1049 Microstructure of carbon blacks in pitch-bonded graphites and structural changes produced by gas—graphite oxidation reactions Jones, S.S.
1971
1-24 3 p. 259-262
4 p.
artikel
1050 Microstructure of carbons: a high resolution electron microscopy study Ban, L.L.
1972
1-24 3 p. 345-
1 p.
artikel
1051 127. Microstructure of heat-treated carbon blacks Heckman, F.A.
1964
1-24 3 p. 390-391
2 p.
artikel
1052 Microstructure of the pyrocarbon in aligned carbon nanotube/carbon composites Li, Zhi
2011
1-24 3 p. 1052-1053
2 p.
artikel
1053 Microstructure of worn pitch/resin /CVI C-C composites Murdie, N.
1991
1-24 3 p. 335-342
8 p.
artikel
1054 1. Microwave galvanomagnetic measurements on semiconducting diamond powder Furdyna, J.K
1965
1-24 3 p. 323-
1 p.
artikel
1055 156. Mise au point sur le magnétisme des carbons Poquet, E.
1964
1-24 3 p. 400-
1 p.
artikel
1056 Modeling of chemical vapor infiltration of carbon in porous carbon substrates McAllister, P.
1991
1-24 3 p. 387-396
10 p.
artikel
1057 Modelling carbon fibers oxidation in air at constant heating rates Ismail, Ismail M.K.
1992
1-24 3 p. 419-427
9 p.
artikel
1058 Modelling gas-phase synthesis of single-walled carbon nanotubes on iron catalyst particles Celnik, Matthew
2008
1-24 3 p. 422-433
12 p.
artikel
1059 Modelling the competition between annealing and oxidation in the carbon–oxygen reaction Jones, Jenny M.
2007
1-24 3 p. 677-680
4 p.
artikel
1060 Modelling the growth of carbon nanotubes produced by chemical vapor deposition Ma, He
2011
1-24 3 p. 854-861
8 p.
artikel
1061 Model of stabilization for pan-based carbon fiber precursor bundles Dunham, M.G.
1992
1-24 3 p. 435-450
16 p.
artikel
1062 Mode of dye loading affects staining outcomes of fluorescent dyes in astrocytes exposed to multiwalled carbon nanotubes Chen, Xiao
2010
1-24 3 p. 730-743
14 p.
artikel
1063 14. Modification de la structure du carbone pyrolytique par compression a haute température evolution vers le monocristal Gremion, R
1964
1-24 3 p. 357-
1 p.
artikel
1064 Modification et interaction des fonctions oxygenees en surface des charbons actifs Polania-L, A.
1993
1-24 3 p. 473-479
7 p.
artikel
1065 Modification of bacon method for determining the degree of orientation of extruded graphites Schryer, David R.
1969
1-24 3 p. 413-414
2 p.
artikel
1066 Modification of carbon membranes and preparation of carbon–zeolite composite membranes with zeolite growth Zhang, Xiongfu
2006
1-24 3 p. 501-507
7 p.
artikel
1067 Modification of coal-tar pitch by air-blowing — I. Variation of pitch composition and properties Fernández, J.J.
1995
1-24 3 p. 295-307
13 p.
artikel
1068 Modification of PAN precursor—Its influence on the reaction kinetics Mathur, R.B.
1988
1-24 3 p. 295-301
7 p.
artikel
1069 Modified short-beam shear test Rahhal, W.F.
1992
1-24 3 p. 385-389
5 p.
artikel
1070 Moessbauer study of iron chloride-graphite intercalation compounds synthesized in molten salt Wang, Z.D
1991
1-24 3 p. 423-427
5 p.
artikel
1071 Molecular dimensions and kinetic diameters for diffusion for various species Rao, M.B.
1987
1-24 3 p. 445-446
2 p.
artikel
1072 Molecular dynamics simulation of the interlayer sliding behavior in few-layer graphene Xu, Liang
2012
1-24 3 p. 1025-1032
8 p.
artikel
1073 Molecular dynamics simulations of oxidized vapor-grown carbon nanofiber surface interactions with vinyl ester resin monomers Jang, Changwoon
2012
1-24 3 p. 748-760
13 p.
artikel
1074 Molecular orbital calculations on electronic and Li-adsorption properties of sulfur-, phosphorus- and silicon-substituted disordered carbons Kurita, Noriyuki
2002
1-24 3 p. 253-260
8 p.
artikel
1075 101. Monolayer physical adsorption on uniform graphitic surfaces Steele, William A.
1965
1-24 3 p. 353-354
2 p.
artikel
1076 Morphology and crystalline order in catalytic carbons Audier, M.
1981
1-24 3 p. 217-224
8 p.
artikel
1077 25. Motion pictures of the oxidation of graphite crystals Walker Jr., P.L
1964
1-24 3 p. 360-
1 p.
artikel
1078 Multifunctional hybrid materials composed of [60]fullerene-based functionalized-single-walled carbon nanotubes Giordani, Silvia
2009
1-24 3 p. 578-588
11 p.
artikel
1079 Multilayer graphene grown by precipitation upon cooling of nickel on diamond García, Jorge M.
2011
1-24 3 p. 1006-1012
7 p.
artikel
1080 Multiple X-ray small-angle scattering of porous carbon materials Ferret, R.
1972
1-24 3 p. 345-
1 p.
artikel
1081 Multi-wall carbon nanotubes with uniform chirality: evidence for scroll structures Ruland, W.
2003
1-24 3 p. 423-427
5 p.
artikel
1082 Nanodiamond nucleation below 2273K at 15GPa from carbons with different structural organizations Guillou, Corentin Le
2007
1-24 3 p. 636-648
13 p.
artikel
1083 78. Nature des composés oxygénés crées par oxydation des carbones Lang, F.M.
1965
1-24 3 p. 346-
1 p.
artikel
1084 Negative magnetoresistance in pregraphitic carbons Bright, A.A.
1979
1-24 3 p. 259-263
5 p.
artikel
1085 Negative magnetoresistance in soft carbons and graphite Hishiyama, Y.
1970
1-24 3 p. 259-269
11 p.
artikel
1086 191. Neutron irradiation effects in boronated graphite Davidson, J.M
1965
1-24 3 p. 382-
1 p.
artikel
1087 Neutron spectroscopic investigations on different grades of modified furnace blacks and gas blacks 1 Parts of this paper were presented at the 23rd Biennial Conference on Carbon, July 13–18 1997 at the Pennsylvania State University, State College, USA, Extended Abstracts pp. 590–591. 1 Albers, P.
1999
1-24 3 p. 437-444
8 p.
artikel
1088 New Carbon Materials 2002; 17(3) - Abstracts 2003
1-24 3 p. 627-631
5 p.
artikel
1089 New Carbon Materials, 2006, 21(3)-Abstracts 2007
1-24 3 p. 690-694
5 p.
artikel
1090 New carbon polymorphs Whittaker, A.G
1972
1-24 3 p. 357-
1 p.
artikel
1091 New insights into the density of states of graphene oxide using capacitive photocurrent spectroscopy Bansal, Tanesh
2012
1-24 3 p. 808-814
7 p.
artikel
1092 New rubidium — graphite intercalation compounds Sklovsky, D.
1995
1-24 3 p. 329-331
3 p.
artikel
1093 Ni-deposited multi-walled carbon nanotubes by electrodeposition Arai, Susumu
2004
1-24 3 p. 641-644
4 p.
artikel
1094 Nitrogen-containing graphitized carbon support for methanol oxidation Pt catalyst Kim, Dong Baek
2010
1-24 3 p. 673-679
7 p.
artikel
1095 Nitrogen-doping of chemically reduced mesocarbon microbead oxide for the improved performance of lithium ion batteries Han, Pengxian
2012
1-24 3 p. 1355-1362
8 p.
artikel
1096 Nitrogen incorporation into boron-doped graphite and formation of B–N bonding Konno, H.
1999
1-24 3 p. 471-475
5 p.
artikel
1097 Nomenclature of sp 2 carbon nanoforms Suarez-Martinez, Irene
2012
1-24 3 p. 741-747
7 p.
artikel
1098 Noncovalently silylated carbon nanotubes decorated with quantum dots Bottini, Massimo
2007
1-24 3 p. 673-676
4 p.
artikel
1099 Nondestructive and mechanical properties of carbon-carbon composites Evangelides, J.S.
1972
1-24 3 p. 334-335
2 p.
artikel
1100 Non-destructive functionalization of multi-walled carbon nanotubes with naphthalene-containing polymer for high performance Nylon66/multi-walled carbon nanotube composites Kim, Kyung Tae
2011
1-24 3 p. 819-826
8 p.
artikel
1101 4527754 Non-thermal expanding spool for carbon fiber oxidation Flynn, Robert J
1986
1-24 3 p. III-
1 p.
artikel
1102 4565727 Non-woven activated carbon fabric Giglia, Robert D
1987
1-24 3 p. i-
1 p.
artikel
1103 Notes to authors 2003
1-24 3 p. IV-
1 p.
artikel
1104 [No title] Yang, Ralph T.
2010
1-24 3 p. 929-
1 p.
artikel
1105 Novel ideas in the theory of the physical adsorption of vapors on micropore adsorbents Dubinin, M.M.
1987
1-24 3 p. 321-324
4 p.
artikel
1106 4526834 Nuclear graphite Mercuri, Robert
1986
1-24 3 p. II-III
nvt p.
artikel
1107 Nucleation stability of diamond nanowires inside carbon nanotubes: A thermodynamic approach Liu, Q.X
2004
1-24 3 p. 629-633
5 p.
artikel
1108 Numerically optimized bundle size and distribution of carbon nanofibers for a field emitter Shimoi, Norihiro
2010
1-24 3 p. 905-911
7 p.
artikel
1109 Obituary Beatty, J.R.
1983
1-24 3 p. i-ii
nvt p.
artikel
1110 Obituary 1982
1-24 3 p. 165-166
2 p.
artikel
1111 Obituary 1979
1-24 3 p. 186-
1 p.
artikel
1112 Obituary 1977
1-24 3 p. 141-
1 p.
artikel
1113 Obituary Brian Thomas Kelly Nystrom, W.
1994
1-24 3 p. 377-378
2 p.
artikel
1114 Observation of activated carbon fibres with SEM and AFM correlation with adsorption data in aqueous solution Brasquet, C.
2000
1-24 3 p. 407-422
16 p.
artikel
1115 Observation of mesophase spherules by transmitted polarized light Higuchi, Shinji
1983
1-24 3 p. 317-319
3 p.
artikel
1116 Observation of single-walled carbon nanotubes by photoemission microscopy Suzuki, Satoru
2004
1-24 3 p. 559-563
5 p.
artikel
1117 Observations of fracture phenomena in polygraphites and the resulting arguments of fracture mode and criteria Pears, C.D.
1972
1-24 3 p. 351-
1 p.
artikel
1118 168. Observations on the impregnation of graphite 1965
1-24 3 p. 375-
1 p.
artikel
1119 Oil extrusion and constant pressure head methods to determine surface area of granular carbon powders John, P.T.
1967
1-24 3 p. 281-285
5 p.
artikel
1120 Onion-like carbon nanoparticles generated by multiple laser irradiations on laser-ablated particles Inoue, Ayumi
2012
1-24 3 p. 1116-1122
7 p.
artikel
1121 On irreversible dimensional changes in heat treated pyrolytic graphite Kotlensky, W.V.
1971
1-24 3 p. 353-
1 p.
artikel
1122 On mechanisms of nitrogen elimination during PAN-pyrolysis Watt, W.
1972
1-24 3 p. 334-
1 p.
artikel
1123 On the application of the potential theory to the adsorption of carbon dioxide in microporous polymer carbons Dovaston, N.G.
1972
1-24 3 p. 277-284
8 p.
artikel
1124 130. On the carbonization of polyacrylonitrile fiber Shindo, Akio
1964
1-24 3 p. 391-392
2 p.
artikel
1125 On the evolution of micropore widths and areas in the course of activation Stoeckli, H.F.
1989
1-24 3 p. 501-502
2 p.
artikel
1126 On the formation and composition of pyrolytic carbon Syskov, K.I.
1967
1-24 3 p. 201-202
2 p.
artikel
1127 On the growth of spherulitic graphite in nodular cast iron Gruzleski, J.E.
1975
1-24 3 p. 167-173
7 p.
artikel
1128 On the interpretation of reactivity measurements during potassium catalysed carbon gasification reactions Wigmans, T.
1984
1-24 3 p. 319-321
3 p.
artikel
1129 64. On the kinetics of graphitization Fischbach, D.B
1965
1-24 3 p. 342-343
2 p.
artikel
1130 On the kinetics of oxidation of graphite Ong Jr., J.N
1964
1-24 3 p. 281-297
17 p.
artikel
1131 158. On the lattice parameters of graphite containing boron as an impurity Arai, Gerda J
1964
1-24 3 p. 400-
1 p.
artikel
1132 On the mechanism of catalysis of the Boudouard reaction by alkali-metal compounds Rao, Y.K.
1982
1-24 3 p. 207-212
6 p.
artikel
1133 On the nature of surface acid sites of chlorinated activated carbons Pérez-Cadenas, Agustı́n F.
2003
1-24 3 p. 473-478
6 p.
artikel
1134 On the oxidation resistance of carbon-carbon composites obtained by chemical vapor infiltration of different carbon cloths Cordero, T.
1992
1-24 3 p. 365-374
10 p.
artikel
1135 On the polymorphism in carbon and baron nitride systems Fedoseev, D.V.
1978
1-24 3 p. 191-193
3 p.
artikel
1136 On the raw materials of MP carbon fiber Ōtani, S.
1966
1-24 3 p. 425-432
8 p.
artikel
1137 On the shelf life of PAN precursor Bahl, O.P.
1989
1-24 3 p. 494-496
3 p.
artikel
1138 On the structure of turbostratic carbon formed in charcoal by catalytic action of calcium vapor O¯ua, Asao
1979
1-24 3 p. 305-306
2 p.
artikel
1139 26. On the structure-sensitivity of the diamagnetism of pyrolytic carbons Fischbach, D.B
1965
1-24 3 p. 331-
1 p.
artikel
1140 Optical excitations of finite carbon nanotubes Chen, R.B.
2004
1-24 3 p. 531-535
5 p.
artikel
1141 Optical extinction by spherical carbonaceous particles Michel, B.
1999
1-24 3 p. 391-400
10 p.
artikel
1142 83. Optical microscope studies of imperfections in natural graphite crystals Thomas, J.M
1965
1-24 3 p. 347-348
2 p.
artikel
1143 9. Optical properties of graphite Ichikawa, Yoshi H.
1965
1-24 3 p. 325-
1 p.
artikel
1144 122. Optical properties of graphite compounds Hennig, G.R
1965
1-24 3 p. 360-
1 p.
artikel
1145 135. Optical properties of pyrolytic graphite Rupprecht, George
1964
1-24 3 p. 393-
1 p.
artikel
1146 Optimization of conditions for the preparation of activated carbons from olive-waste cakes Baçaoui, A
2001
1-24 3 p. 425-432
8 p.
artikel
1147 Order-disorder phase transition of stage one SbF5-graphite Wu, T.C.
1982
1-24 3 p. 225-230
6 p.
artikel
1148 Ordered mesoporous carbons synthesized by a modified sol–gel process for electrosorptive removal of sodium chloride Li, Lixia
2009
1-24 3 p. 775-781
7 p.
artikel
1149 Origin of etch pits on graphite surfaces Hughes, Glenda
1964
1-24 3 p. 339-340
2 p.
artikel
1150 61. Origin of etch pits on graphite surfaces Hughes, E.E.Glenda
1964
1-24 3 p. 371-
1 p.
artikel
1151 Overcoming calcium catalysis during the thermal reactivation of granular activated carbon Mazyck, David W
2002
1-24 3 p. 241-252
12 p.
artikel
1152 Overcoming the barrier to graphitization in a polymer-derived nanoporous carbon Burket, Christopher L.
2008
1-24 3 p. 501-510
10 p.
artikel
1153 Oxidation behavior of fine-grained SiC–B4C/C composites up to 1400 °C Fan, Zhuangjun
2003
1-24 3 p. 429-436
8 p.
artikel
1154 Oxidation effects on toughness and slow crack growth in polycrystalline graphites Wood, J.L.
1980
1-24 3 p. 179-189
11 p.
artikel
1155 93. Oxidation of ATJ graphite by low concentrations of water vapor and carbon dioxide in helium Blakely, J.P
1965
1-24 3 p. 350-351
2 p.
artikel
1156 Oxidation of ATJ graphite by low concentrations of water vapor and carbon dioxide in helium Blakely, J.P.
1965
1-24 3 p. 269-275
7 p.
artikel
1157 Oxidation of carbon between 1000–2400°C Walls, J.R.
1964
1-24 3 p. 333-334
2 p.
artikel
1158 98. Oxidation of carbon black (ISAF grade) with oxygen Medalia, A.I.
1965
1-24 3 p. 352-
1 p.
artikel
1159 Oxidation of carbon black particles in a premixed flame under pressure Rybak, W.
1995
1-24 3 p. 259-264
6 p.
artikel
1160 141. Oxidation of carbon black with oxygen: formation of surface oxygen groups Medalia, A.I.
1964
1-24 3 p. 395-
1 p.
artikel
1161 46. Oxidation of cokes by potassium bichromate—Phosphoric acid and sulphur trioxide Yokokawa, C.
1965
1-24 3 p. 337-
1 p.
artikel
1162 94. Oxidation of fueled and unfueled graphite spheres by steam Rutherford, J.L
1965
1-24 3 p. 351-
1 p.
artikel
1163 35. Oxidation of graphite and various types of carbon Bradshaw, Wanda
1964
1-24 3 p. 363-
1 p.
artikel
1164 95. Oxidation of graphite by gram mixtures of CO2 and CO in helium Bourke, P.J.
1965
1-24 3 p. 351-
1 p.
artikel
1165 Oxidation of hydrogen sulfide over microporous carbons Cariaso, O.C.
1975
1-24 3 p. 233-239
7 p.
artikel
1166 Oxidation of single-walled carbon nanotubes in dilute aqueous solutions by ozone as affected by ultrasound Li, Minghua
2008
1-24 3 p. 466-475
10 p.
artikel
1167 Oxidation protection of carbon fibers by coating with alumina and/or titania using atomic layer deposition Roy, Amit K.
2012
1-24 3 p. 761-770
10 p.
artikel
1168 Oxidation protection of C/C composites with a multilayer coating of SiC and Si+SiC+SiC nanowires Chu, Yanhui
2012
1-24 3 p. 1280-1288
9 p.
artikel
1169 19. Oxidation resistant graphite-base composites Zeitsch, K.J
1964
1-24 3 p. 358-
1 p.
artikel
1170 Oxidative attack of carbon/carbon substrates through coating pinholes Jacobson, Nathan S
1999
1-24 3 p. 411-419
9 p.
artikel
1171 Oxidative dehydrogenation of 1-butene to butadiene over carbon nanotube catalysts Liu, Xi
2008
1-24 3 p. 547-549
3 p.
artikel
1172 Oxidative protection of carbon fibers with poly(carborane–siloxane–acetylene) Keller, Teddy M
2002
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1173 Oxidative stabilization of PAN/SWNT composite fiber Min, Byung G.
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1174 87. Oxydation des carbones recherches sur la nature “des sites actifs” Lang, F.M
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1175 23. Oxydation des carbones tendres (soft carbons) en milieu liquide Oberlin, M
1964
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1176 21. Oxydation du graphite par l'ozone Gillois, M
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1177 40. Oxydations du graphite par l'oxygene sec-oxydes de surface Lang, F.M
1964
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1178 Oxygen corrosion of calcined cokes: II. Nonlinear nucleation model of this oxygen corrosion Dziembaj, Roman
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1179 Oxygen corrosion of calcined cokes: I. Isothermal kinetics and texture variation Dziembaj, R.
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1180 Paracrystalline distortions in carbon blacks Ban, L.L.
1972
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1181 28. Paramagnetic and galvanomagnetic properties of a boron doped pyrocarbon Delhaes, P.
1965
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1182 33. Parametres de distorsion δ c et δ a des couches elementaires dans differents carbones; influence de ces parametres sur la susceptibilité diamagnétique Schiller, C.
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1183 Partial graphitization in relation to the porosity of glassy carbons Kawamura, K.
1974
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1184 Partial replacement of carbon fiber by carbon black in multifunctional cement–matrix composites Wen, Sihai
2007
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1185 Particle emission during the sublimation of graphite Whittaker, A.Greenville
1969
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1186 Particle emission during the sublimation of graphite Whittaker, A.G.
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1187 Particulate carbon from the gas phase Lahaye, J.
1992
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1188 167. Permeability relationships using Darcy Permeability, Vacuum Decay, Pressure Decay, and Pore Size Distribution Methods on graphitic materials 1965
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1189 Photochlorination of C60 and C70 fullerenes Cataldo, Franco
1994
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1190 Photoelectrocatalytic properties of Ag-CNT/TiO2 composite electrodes for methylene blue degradation Zhang, Feng-jun
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1191 Photoexcited states and photochemistry of fullerenes C60 and C70 Ito, Osamu
1997
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1192 Photoluminescent carbon nanoparticles produced by confined combustion of aromatic compounds Rahy, Abdelaziz
2012
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1193 Photolytic hydrogenation of the polyynes C6H2, C8H2, C10H2, and C12H2 in n-hexane with 253.6nm radiation Heymann, Dieter
2009
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1194 Physical and chemical characteristics of polymer-based spherical activated carbon and its ability to adsorb organics Yenisoy-Karakaş, S.
2004
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1195 Physical properties of graphite-nitrate residue compound Inagaki, M.
1977
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1196 Physical properties of rapidly grown vapor-grown carbon fibers Mukai, S.R
2000
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1197 Physical properties of thermally degraded coal tar pitches-a study on the formation of soft carbon by liquid phase pyrolysis Huttinger, K.J.
1972
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1198 75. Physisorption et chimisorption de l'eau par le graphite nucléaire Lang, F.M.
1965
1-24 3 p. 345-346
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1199 Piezoresistivity and failure of carbon filaments in axial compression DeTeresa, Steven J.
1991
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1200 174. Pilot-scale extrusion of graphite fuel elements for HTGR 1965
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1201 4670129 Pitch for production of carbon fibers Tate, Kazuhito
1988
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1202 Plasma-activated immobilization of biomolecules onto graphite-encapsulated magnetic nanoparticles Saraswati, Teguh Endah
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1203 Plasma activation of carbon cloth Inspektor, A.
1986
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1204 Plasma quenching reactions with laser pyrolysis of graphite and coal in helium or hydrogen Hanson, R.L.
1978
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1205 Platinum catalysts supported on graphitized carbon black—I Linares-Solano, A.
1982
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8 p.
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1206 Platinum catalysts supported on graphitized carbon black—II Jenkins, R.G.
1982
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1207 Point of zero charge and intrinsic equilibrium constants of activated carbon cloth Babić, B.M.
1999
1-24 3 p. 477-481
5 p.
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1208 4918117 Polybutadiyne coated carbon fiber reinforced polymer composites Snow, Arthur
1991
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1209 Polyimides as precursors for artificial carbon Bürger, A.
1975
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1210 Polymer-assisted assembly of carbon nanotubes via a template-based method Liu, Yi-Tao
2006
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1211 Polymerization of N-vinylcarbazole initiated by carbon black surface Ohkita, K.
1977
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1212 Polymerization of short single-walled carbon nanotubes into large strands Li, Xiaohong
2003
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1213 Pore size control of wormholelike mesoporous carbons Wu, Dingcai
2009
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1214 Pore structure control of phenol–formaldehyde based carbon microfiltration membranes Wei, Wei
2004
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1215 Pore structure of activated carbons prepared by carbon dioxide and steam activation at different temperatures from extracted rockrose Pastor-Villegas, J.
2002
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1216 Pore structure of chars from polyphenylene oxides by specific adsorption measurements Fitzer, E.
1972
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1217 111. Porosity and surface area of carbon black Atkins, Jaspard H.
1965
1-24 3 p. 356-
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1218 Porosity and surface area of carbon black Atkins, Jaspard H.
1965
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1219 Porous carbon for fuel cell electrodes Reed, M.W.
1965
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1220 168. Porous carbon for fuel cell electrodes Reed, M.W.
1964
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1221 Porous carbon xerogels with texture tailored by pH control during sol–gel process Job, Nathalie
2004
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1222 Porphyrin counter anion in imidazolium-modified graphene-oxide Karousis, Nikolaos
2010
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1223 190. Postirradiation thermal conductivity of graphite measured from 100° to 2200°C Koyama, K
1965
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1224 27. Precision measurement of elastic properties of graphite by means of transverse sonic waves de la Gandara, J.L.Otero
1964
1-24 3 p. 361-
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1225 Precursor gas chemistry determines the crystallinity of carbon nanotubes synthesized at low temperature Nessim, Gilbert D.
2011
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1226 Predicted mechanical properties of a coiled carbon nanotube Wang, Jinhe
2012
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1227 Prediction of adsorbability under dynamic conditions Tripathi, V.S.
1983
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1228 Prediction of removal efficiency of activated carbons for vapors in air Sansone, Eric B.
1981
1-24 3 p. 231-
1 p.
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1229 Preferred lattice orientation and three-dimensional crystallinity in some carbon fibers Ergun, S.
1972
1-24 3 p. 345-
1 p.
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1230 Preferred orientation and its effect on the (hk) reflections in X-ray patterns of pyrolytic graphites Guentert, O.J.
1964
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1231 Preferred orientation in pyrolytic carbons and polymers Ergun, S.
1972
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1 p.
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1232 53. Preferred orientation of pyrolytic graphites and its effect on X-ray diffraction patterns Guentert, O.J
1964
1-24 3 p. 369-
1 p.
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1233 Preparation and characterization of carbon/carbon aircraft brake materials with long service life and good frictional properties Su, Jun-ming
2011
1-24 3 p. 1052-
1 p.
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1234 Preparation and characterization of carbon sheets composed of two layer planes Xiao, Yong
2008
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3 p.
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1235 Preparation and characterization of carbon-sulfur surface compounds Chin, H.Chang
1981
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12 p.
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1236 Preparation and characterization of pillared carbons obtained by pyrolysis of silylated graphite oxides Matsuo, Yoshiaki
2009
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1237 Preparation and characterization of poly(vinyl alcohol)/graphite oxide nanocomposite Xu, Jiayan
2002
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2 p.
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1238 Preparation and characterization of the carbonized material of phenol–formaldehyde resin with addition of various organic substances Horikawa, Toshihide
2003
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1239 Preparation and electrical conductivity of fluorine-graphite fiber intercalation compound Nakajima, T.
1986
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9 p.
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1240 175. Preparation and properties of chlorine graphite Juza, R.
1964
1-24 3 p. 406-
1 p.
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1241 Preparation and properties of phosphorus-containing pyrocarbon —I. Chemical-vapour-codeposition of carbon and phosphorus Marinkovic, S.
1973
1-24 3 p. 217-218
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1242 59. Preparation en lit fluidisé de pyrocarbones massifs propriétés physiques de ces pyro- carbones Auriol, A.
1965
1-24 3 p. 341-
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1243 Preparation of activated carbon cloth from viscous rayon Huidobro, A.
2001
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10 p.
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1244 Preparation of activated carbon cloths from viscous rayon Rodrı́guez-Reinoso, F
2000
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10 p.
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1245 Preparation of activated carbon cloths from viscous rayon. Part II: physical activation processes Rodrı́guez-Reinoso, F.
2000
1-24 3 p. 379-395
17 p.
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1246 Preparation of activated carbon "membranes" by physical and chemical actication of cork Carrott, P.J.M
1999
1-24 3 p. 515-517
3 p.
artikel
1247 Preparation of an activated carbon artifact: oxidative modification of coconut shell-based carbon to improve the strength Qiao, Wenming
2002
1-24 3 p. 351-358
8 p.
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1248 Preparation of carbonaceous thin films by plasma-assisted chemical vapor deposition and their application to energy devices Fukutsuka, Tomokazu
2008
1-24 3 p. 564-565
2 p.
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1249 Preparation of carbonaceous thin films by plasma-assisted chemical vapor deposition using active fluorine atoms Fukutsuka, Tomokazu
2008
1-24 3 p. 562-
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1250 Preparation of carbon adsorbents with high surface area and a model for calculating surface area Yang, Shaobin
2002
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8 p.
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1251 Preparation of carbon molecular sieve membrane from phenol–formaldehyde Novolac resin Wei, Wei
2002
1-24 3 p. 465-467
3 p.
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1252 Preparation of carbon-supported platinum catalysts: Adsorption mechanism of anionic platinum precursor onto carbon support Kyong Tae Kim,
1992
1-24 3 p. 467-475
9 p.
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1253 Preparation of coiled carbon fibers by catalytic pyrolysis of acetylene, and its morphology and extension characteristics Motojima, Seiji
1991
1-24 3 p. 379-385
7 p.
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1254 Preparation of functionalized graphene/linear low density polyethylene composites by a solution mixing method Kuila, Tapas
2011
1-24 3 p. 1033-1037
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1255 159. Preparation of graphite by isostatic pressure baking 1965
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1256 Preparation of highly crystalline nanofibers on Fe and Fe–Ni catalysts with a variety of graphene plane alignments Tanaka, Atsushi
2004
1-24 3 p. 591-597
7 p.
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1257 Preparation of isotropic pitch precursors for general purpose carbon fibers (GPCF) by air blowing—II. Air blowing of coal tar, hydrogenated coal tar, and petroleum pitches Zeng, Shu Ming
1993
1-24 3 p. 413-419
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1258 Preparation of isotropic pitch precursors for general purpose carbon fibers (GPCF) by air blowing—III. Air blowing of isotropic naphthalene and hydrogenated coal tar pitches with addition of 1,8-dinitronaphthalene Zeng, Shu Ming
1993
1-24 3 p. 421-426
6 p.
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1259 Preparation of isotropic pitch precursors for general purpose carbon fibers (GPCF) by air blowing—I. Preparation of spinnable isotropic pitch precursor from coal tar by air blowing Maeda, Toyohiro
1993
1-24 3 p. 407-412
6 p.
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1260 Preparation of precursor pitch for isotropic carbon fibers Mochida, I.
1989
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3 p.
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1261 Preparation of syntactic carbon foam Benton, S.T.
1972
1-24 3 p. 333-
1 p.
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1262 Preparation of thin films of graphite-like B/C/N materials on Ni(111) and HOPG substrates Kuroda, Shinya
2008
1-24 3 p. 564-
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1263 Preparation of ultrafine platinum dispersed carbon having high specific surface area using potassium hydroxide Kodama, Masaya
1997
1-24 3 p. 439-
1 p.
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1264 Preparation of zeolite/carbon foam monolithic composites with a hierarchical structure Xiao, Nan
2011
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1265 Preparation, structure, and electrical conductivity of fluorine-graphite intercalation compound Nakajima, T.
1988
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1266 Preparation, structure and electrochemical property of pyrolytic carbon from graphite oxide Matsuo, Y.
1998
1-24 3 p. 301-303
3 p.
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1267 Preparing molecular sieve carbon from palm oil shell Hayashi, Jun'chi
1999
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3 p.
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1268 Pressure carbonization of polyethylene-polyvinylchloride mixtures Inagaki, M.
1983
1-24 3 p. 231-235
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1269 Pressure induced transformations in condensed and molecular phases of C60 Kaur, Narinder
2010
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1270 122. Problems in the electrovalency of graphite R. Ubbelohde, A.
1964
1-24 3 p. 389-
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1271 Problems in the use of activated carbons in research Juhola, A.J.
1976
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1272 4347063 Process for catalytically gasifying carbon Sherwood, Rexford
1983
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1273 4921725 Process for coating carbon fibers with a carbide Bouix, Jean
1991
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1274 4670201 Process for making pitch-free graphitic articles Montgomery, Lionel C
1988
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nvt p.
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1275 4925604 Process for preparing a carbon fiber of high strength Ohsaki, Takashi
1991
1-24 3 p. III-IV
nvt p.
artikel
1276 4572813 Process for preparing fine carbon fibers in a gaseous phase reaction Arakawa, Kohei
1987
1-24 3 p. ii-
1 p.
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1277 4423261 Process for producing a graphite fluoride comprising mainly polydicarbon monofluoride represented by the formula (C2F)N Watanabe, Nobuatsu
1984
1-24 3 p. i-
1 p.
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1278 4571317 Process for producing binderless carbon or graphite articles Layden, George K
1987
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1 p.
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1279 4664901 Process for producing carbon black Henderson, E Webb
1988
1-24 3 p. I-
1 p.
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1280 4522801 Process for producing carbon fiber or graphite fiber Yoshinari, Osamu
1986
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nvt p.
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1281 4917836 Process for producing high-strength, highmodulus carbon fibers Yamane, Shoj
1991
1-24 3 p. I-
1 p.
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1282 4925547 Process for producing pitch for the manufacture of high-performance carbon fibers together with pitch for the manufacture of generalpurpose carbon fibers Tsuchitani, Masatoshi
1991
1-24 3 p. III-
1 p.
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1283 4923692 Process for producing pitch-type carbon fibers Nakagoshi, Akira
1991
1-24 3 p. III-
1 p.
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1284 4520000 Process for production of carbon black Casperson, John
1986
1-24 3 p. I-
1 p.
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1285 4417906 Process for production of silicon carbide composite Ohno, John M
1984
1-24 3 p. iv-
1 p.
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1286 4420321 Process for removal of carbon black floc associated with wet-process phosphoric acid in the production of fertilizers Wilson, Joseph F
1984
1-24 3 p. iii-
1 p.
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1287 4671864 Process for the manufacture of carbon fibers and feedstock therefor Sawran, William R
1988
1-24 3 p. III-IV
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1288 4923648 Process for the production of pitch-type carbon fibers Hara, Ryuichi
1991
1-24 3 p. III-
1 p.
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1289 4347392 Process for the selective hydrogenation of a hydrocarbon fraction with 2 or 3 carbon atoms per molecule Cosyns, Jean
1983
1-24 3 p. IV-
1 p.
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1290 Production of carbon adsorbents from brown coal Pokonova, Yu.V.
1996
1-24 3 p. 411-415
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1291 165. Production of dense carbon aggregate from low and high volatile carbonaceous substances —Studies on high volatile lignitious coals of Assam 1965
1-24 3 p. 374-
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1292 Production of nanosized graphite powders from natural graphite by detonation Sun, Guilei
2008
1-24 3 p. 476-481
6 p.
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1293 4348800 Production of steel products with medium to high contents of carbon and manganese and superior surface quality Demianczuk, Dionisy
1983
1-24 3 p. IV-V
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1294 Properties and formation process of pyrolytic carbon Syskov, K.I.
1972
1-24 3 p. 356-
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1295 Properties and preparation of an HClO4–CrO3–Graphite intercalation compound Zhou, Ming-shan
2011
1-24 3 p. 1055-
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1296 150. Properties of a low-permeation graphite for molten-salt nuclear reactors Cook, W.H
1965
1-24 3 p. 369-
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1297 Properties of flight-tested CVD/felt and CVD/FW carbon composites Stoller, H.M.
1972
1-24 3 p. 335-
1 p.
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1298 Properties of hybrid CVD/PAN graphite fibers and their bromine intercalation compounds Gaier, James R.
1992
1-24 3 p. 345-349
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1299 Properties of isotruxene carbons and of graphites fabricated from these carbons Overholser, L.G.
1972
1-24 3 p. 336-
1 p.
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1300 Properties of thin pyrolytic graphite film Froberg, R.W.
1972
1-24 3 p. 351-
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1301 Proprietes de carbones absorbants destines a la protection des reacteurs a neutrons rapides Cledat, J.
1970
1-24 3 p. 297-300
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1302 Pseudo diffusion of nonvolatile metals in electro graphite Weisweiler, W.
1975
1-24 3 p. 175-180
6 p.
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1303 Pt supported on highly graphitized lace-like carbon for methanol electrooxidation Yuan, Dingsheng
2008
1-24 3 p. 531-536
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1304 Publisher`s note: Science Direct 2003
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1305 Publisher's notice to authors and subscribers 1984
1-24 3 p. I-
1 p.
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1306 Pyrocarbon formation from benzene in the preparation of carbon/carbon composites Curlee, R.M.
1975
1-24 3 p. 248-
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1307 Pyrolysis behaviour of stabilized self-sintering mesophase Fanjul, F
2003
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1308 Pyrolytic carbon infiltration of fibrous structures Gebhardt, J.J.
1972
1-24 3 p. 332-
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1309 Pyrolytic graphite coated rocket nozzles: their design, manufacture and performance Parmee, A.C.
1972
1-24 3 p. 338-
1 p.
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1310 Pyrostrand graphite composite Olcott, E.L.
1972
1-24 3 p. 332-333
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1311 Quantum-mechanical simulations of field emission from carbon nanotubes Mayer, A
2002
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1312 99. Radiation damage effects on xenon-133 release from natural graphite Diethorn, W.S
1964
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1313 183. Radiation-effects in graphite at high temperatures Helm, J.W
1965
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1314 4668867 Radiation gauge for determining weight percentages of the constituents of graphite-epoxy composite materials Lingenfelter, Dean E
1988
1-24 3 p. II-
1 p.
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1315 109. Radiation induced creep in graphite Perks, A.J
1964
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1316 Radiation-induced dimensional changes in pyrolytic carbons deposited in a fluidized bed Bokros, J.C
1966
1-24 3 p. 441-446
6 p.
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1317 Raman and X-Ray study of AsF5/vapor-grown graphite fibers Ohana, I.
1989
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5 p.
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1318 Raman characterization of carbon materials under non-hydrostatic conditions del Corro, E.
2011
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1319 Raman microprobe study of heat-treated pitches Cottinet, D.
1988
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1320 Rapoport–Samoilenko test for cathode carbon materials Zolochevsky, A.
2003
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1321 48. Rate of porosity in the accommodation of thermal expansion in graphite Sutton, A.L
1964
1-24 3 p. 367-368
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1322 37. Reaction of carbon with oxidizing gases T. Gallagher, J
1964
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1323 Reaction of carbon with oxidizing gases: The role of unpaired electrons Harker, H.
1966
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1324 73. Reaction of nuclear graphite with water vapor Giberson, R.C.
1965
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1325 Reaction of single crystals of graphite with low concentrations of water vapor Myers, G.E.
1972
1-24 3 p. 340-
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1326 11. Reactions of atomic oxygen with graphite and carbon Marsh, H
1964
1-24 3 p. 356-
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1327 174. Reactions of Br2, ICl and CrO2Cl2 with natural graphite Hooley, J.G.
1964
1-24 3 p. 406-
1 p.
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1328 8. Reactions of carbon with carbon dioxide activated by low voltage electrons Claxton, K.T
1964
1-24 3 p. 355-
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1329 10. Reactions of graphite with carbon dioxide at 1000 to 1500°C under flow conditions Gulbransen, E.A
1964
1-24 3 p. 355-356
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1330 26. Reactions of graphite with oxygen at temperatures of 1000–2500°C Walls, J.R
1964
1-24 3 p. 360-361
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1331 Reactivities of carbon to steam and hydrogen and applications to technical gasification processes—A review Jüntgen, H.
1981
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1332 Reactivity of carbons (Plenary Lecture) Hooley, J.G.
1972
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1333 13. Reactivity of carbon surfaces studied by low temperature orthopara hydrogen conversion Seanor, D.A
1964
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1334 103. Recent contributions to the mechanism of radiation damage in graphite Schweitzer, Donald G
1964
1-24 3 p. 383-384
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1335 36. Recent refinements in producing and correcting X-ray diffraction patterns of carbon blacks Heekman, F.A.
1965
1-24 3 p. 334-
1 p.
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1336 Reduction of nickel oxide by carbon Sharma, S.K.
1972
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1 p.
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1337 Reference data for the adsorption of benzene on carbon materials Carrott, P.J.M
2000
1-24 3 p. 465-474
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1338 Reference data for the adsorption of dichloromethane on carbon materials Carrott, P.J.M.
2001
1-24 3 p. 465-472
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1339 4558022 Regeneration of caustic impregnated activated carbons Farmerie, John J
1987
1-24 3 p. i-
1 p.
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1340 4565684 Regulation of pyrolysis methane concentration in the manufacture of graphite fibers Tibbetts, Gary G
1987
1-24 3 p. i-
1 p.
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1341 4664768 Reinforced composites made by electro-phoretically coating graphite or carbon Scala, Luciano C
1988
1-24 3 p. I-
1 p.
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1342 Relation between anisotropy ratio of thermal expansion coefficient and bacon anisotropy factor Matsuo, H.
1974
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1343 Relations between the structure and the mechanical properties of fluidized-bed pyrolytic carbons Kaae, J.L.
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1344 Relations between the structure and the mechanical properties of fluidized-bed pyrolytic carbons Kaae, J.L.
1972
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1345 Relationship between crystal structure and properties and irradiation behavior of reactor graphites Engle, G.B.
1974
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1346 17. Relationship of graphite properties to rocket nozzle erosion Slosarik, S.E
1964
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1347 Relative rates of gas-carbon reactions Donnet, J.B.
1972
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1348 Removal of entrapped iron compounds from isothermally treated catalytic chemical vapor deposition derived multi-walled carbon nanotubes Chen, J.
2008
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1349 Removal of no over carbon-supported copper catalysts. I. Reactivity of no with graphite and activated carbon Marquez-Alvarez, C.
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1350 Removal of SO2 over ethylene tar pitch and cellulose based activated carbon fibers Ling, L
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1351 51. Replica electron microscopy of artificial graphites Woodruff, E.M.
1965
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1352 Research and development on carbon/ceramic composites in Japan Inagaki, Michio
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1353 Residual acetone produces explosives during the production of graphite oxide Lee, Seungjun
2012
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1354 Residual hydrocarbon and hydrogen contents of carbons and graphites Meyer, R.T.
1973
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1355 Resistivity of pristine and intercalated graphite fiber epoxy composites Gaier, James R
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1356 Response of the author to comments of F. J. Derbyshire Trimm, D.L.
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1357 Restricted dynamics of molecular hydrogen confined in activated carbon nanopores Contescu, Cristian I.
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1358 Reticulated vitreous carbon from polyurethane foam–clay composites Harikrishnan, G.
2007
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1359 RETRACTED: Homogeneous nucleation of diamond in the gas phase: A nano-scale thermodynamic approach Zhang, C.Y.
2004
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1360 RETRACTED: Langmuir–Blodgett films of single-walled carbon nanotubes Li, Jinyong
2007
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1361 Reversible transformation of hydrophobicity and hydrophilicity of aligned carbon nanotube arrays and buckypapers by dry processes Wang, H.Z.
2010
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1362 Review and comparisons of D/R models of equilibrium adsorption of binary mixtures of organic vapors on activated carbons Wood, G.O
2002
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1363 51. Review of structural studies on carbon Part I. Non-graphitic carbons Part II. Graphites Ergun, Sabri
1964
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1364 Rheological examination of C60 in low density solutions Lozano, Karen
2002
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1365 Room-temperature fluorine-induced decrease in the stability of bromine and iodine intercalated carbon fibers Hung, Ching-Cheh
1995
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1366 136. Room-temperature mechanical properties of EGCR-type AGOT graphite Greenstreet, B.L
1965
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1367 Room-temperature negative differential conductance in carbon nanotubes Li, Jingqi
2005
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1368 4670884 Rotating carbon or graphite electrode column to be used both in open- and submerged-arc furnaces Letizia, Ital
1988
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1369 Sabri Ergun 1976
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1370 124. Samarium, erbium and ytterbium graphite intercalation compounds Ostertag, W.
1965
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1371 147. Sample preparation and microscopic techniques for carbon and graphite Shade, H.D
1964
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1 p.
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1372 Scanning electron microscopy studies of oxidized pyrolytic graphite Horton, W.S.
1972
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1373 Scanning probe microscopy of carbon fiber surfaces Hoffman, W.P.
1992
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1374 Scanning tunneling microscopy observation of circular electronic superstructures on multiwalled carbon nanotubes functionalised by nitric acid Nemes-Incze, P.
2009
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1375 Science of fullerenes and carbon nanotubes Ebert, Lawrence B.
1997
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1376 Screening of carbon supports for DMFC electrode catalysts by infrared thermography Shioyama, H.
2003
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1377 Selective deposition of semiconducting single-walled carbon nanotubes onto amino-silane modified indium tin-oxide surface for the development of poly(3-hexylthiophene)/carbon-nanotube photovoltaic heterojunctions Valentini, L.
2010
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1378 Selective formation of carbon nanotubes over Co-modified beta zeolite by CCVD Ciambelli, P.
2005
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1379 Self assembled plate-like structures of single-walled carbon nanotubes by non-covalent hybridization with smectic liquid crystals Jeong, Hyeon Su
2010
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1380 Self-diffusion in graphite Mayer, R.M.
1972
1-24 3 p. 352-
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1381 Self-organized carbon nanotubes grown at the grain boundary of iron-nitride Huang, Lei
2005
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1382 Semicokes from pitch pyrolysis: mechanisms and kinetics Marsh, H.
1999
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1383 Semiconducting multichannel-multilayer camphoric tubules Sharon, M.
1995
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1384 Semiconducting properties of cup-stacked carbon nanotubes Liu, Qingfeng
2009
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1385 Shaping carbon nanotube bundles during growth using a magnetic field Ohmae, Nobuo
2008
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1386 Shear failure of carbon-carbon yarns Pollock, P.B.
1993
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1387 144. Shear strength in single crystal and pyrolytic graphite Soule, D.E
1965
1-24 3 p. 367-
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1388 Shock-induced phase transition of oriented pyrolytic graphite to diamond at pressures up to 15 GPa Yamada, K
2002
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1389 Si–C–O glass-like compound/exfoliated graphite composites for negative electrode of lithium ion battery Konno, Hidetaka
2007
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1390 SiC whisker-toughened SiC oxidation protective coating for carbon/carbon composites Li, He-Jun
2006
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1391 Silicon carbide/carbon composite sheets derived from PCS/coal-tar pitch mixtures Kawamura, K.
1992
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1392 Similarities and differences in O2 chemisorption on graphene nanoribbon vs. carbon nanotube Silva-Tapia, Alejandro B.
2012
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1393 SIMS study on 18O2-gasification of Ca-loaded graphite Martin, R.R
1991
1-24 3 p. 475-477
3 p.
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1394 Simulation of coke calciners Li, K.W.
1974
1-24 3 p. 225-231
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1395 Simultaneous chemical vapour deposition of carbon and silicon Marinković, S.
1970
1-24 3 p. 283-290
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1396 85. Simultaneous reaction, diffusion and bulk flow in the thermal oxidation of carbon: (a) Highly reactive baked carbons from 300 to 420°C; (b) Nuclear graphite from 550 to 675°C Hawtin, P.
1965
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1397 Single domain oval carbon nanofiber prepared from a polymer blend process Yasuda, Eiichi
2012
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1398 Single-step preparation of activated carbon supported platinum catalysts by fluidized bed organometallic chemical vapor deposition Serp, Ph
1999
1-24 3 p. 527-530
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1399 Single-wall carbon nanotubes with diameters approaching 6 nm obtained by laser vaporization Lebedkin, Sergei
2002
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1400 Single-walled carbon nanotube/Nafion composites as methanol sensors Lee, Kyongsoo
2011
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1401 Sixth series of George D. Graffin lectures in carbon science and engineering 1984
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1402 47. Size and structure of coal molecule Yokokawa, C.
1965
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1403 4923752 Sizing for carbon fiber Cornelia, Richard
1991
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1404 124. Solid complexes of carbon and sulphur Blayden, H.E.
1964
1-24 3 p. 390-
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1405 Solution behaviour of C60 fullerene in N-Methylpyrrolidinone/toluene mixtures Alfè, M.
2005
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1406 Solvent Effect in the Reduction of FeCl3-GIC Shioyama, Hiroshi
1996
1-24 3 p. 433-
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1407 96. Some aspects of carbon transport in high temperature gas cooled reactors Everett, M.R.
1965
1-24 3 p. 351-352
2 p.
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1408 58. Some aspects of the radiation-induced reaction of carbon with carbon dioxide Copestake, T.B
1964
1-24 3 p. 370-371
2 p.
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1409 Some aspects of the thermal annealing process in a phenol-formaldehyde resin char Suuberg, Eric M.
1989
1-24 3 p. 431-440
10 p.
artikel
1410 42. Some chemical factors influencing the thermal oxidation of nuclear graphite Lewis, J.B
1964
1-24 3 p. 366-
1 p.
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1411 21. Some comments on the diamagnetic anisotropy and splitting factors of carbons Pacault, A.
1965
1-24 3 p. 329-
1 p.
artikel
1412 29. Some creep and recovery characteristics of carbon and graphite Jenkins, G.M
1964
1-24 3 p. 361-
1 p.
artikel
1413 20. Some observations on the reaction of polymer carbons with carbon dioxide Bregazzi, M
1964
1-24 3 p. 359-
1 p.
artikel
1414 Some practical aspects of crystallite size in electrothermal graphite Abrecht, H.T
1972
1-24 3 p. 357-
1 p.
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1415 148. Some relationships of structure to physical and mechanical properties in three graphites Smith, Edward A.
1964
1-24 3 p. 397-
1 p.
artikel
1416 68. Some structural aspects of the oxidation of bonded carbons Deacon, R.F
1964
1-24 3 p. 373-
1 p.
artikel
1417 Some studies of the effect of thermal and radiolytic oxidation on the neutron small angle scattering from nuclear graphites Martin, D.G.
1978
1-24 3 p. 199-203
5 p.
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1418 Sonication assisted deposition of Cu2O nanoparticles on multiwall carbon nanotubes with polyol process Yu, Ying
2005
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1419 Sonication-induced changes in chiral distribution: A complication in the use of single-walled carbon nanotube fluorescence for determining species distribution Heller, Daniel A.
2005
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3 p.
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1420 3. Sonic modulus measurement of graphite at temperatures up to 3000°C Johnson, S.O
1964
1-24 3 p. 353-354
2 p.
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1421 Sorption kinetic studies of water vapour on activated carbon beds Narayan, Shankar
2008
1-24 3 p. 397-404
8 p.
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1422 Sorption of carbon dioxide on activated carbons: Effect of the heat of sorption during kinetic measurements Sircar, Shivaji
1981
1-24 3 p. 153-160
8 p.
artikel
1423 Sorption of SO from air on carbon: effect of pore blockage by water and reaction product Poiek, J.R.
1972
1-24 3 p. 328-
1 p.
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1424 Sorption of Zn(II), Cu(II), Fe(III) on carbon adsorbents from manganese sulfate solutions Kononova, O.N
2001
1-24 3 p. 383-387
5 p.
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1425 Spall fracture of graphite materials by impact of a small projectile Tanabe, Yasuhiro
1998
1-24 3 p. 313-314
2 p.
artikel
1426 Spatially resolved electronic inhomogeneities of graphene due to subsurface charges Castellanos-Gomez, Andres
2012
1-24 3 p. 932-938
7 p.
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1427 Specific heat of an irradiated graphite between 1·4 and 4·4°K in presence of a strong magnetic ld Delhaes, P.
1972
1-24 3 p. 353-
1 p.
artikel
1428 Specific heat of neutron irradiated graphite Mrozowski, S.
1972
1-24 3 p. 353-
1 p.
artikel
1429 Specific heat of soft carbons between 0·6 and 4·2°K—II Kamiya, K.
1972
1-24 3 p. 267-275
9 p.
artikel
1430 134. Spectral reflectance and emissivity of carbon and graphite Null, M.R
1964
1-24 3 p. 393-
1 p.
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1431 Spectroscopic characterization of the electrochemical functionalization of single-walled carbon nanotubes in aqueous and organic media Komarova, Natal’ya S.
2012
1-24 3 p. 922-931
10 p.
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1432 20. Spin-lattice relaxation of current carriers in graphite Sugihara, Ko
1965
1-24 3 p. 329-
1 p.
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1433 Spin-orbit interaction in graphite Dresselhaus, G.F.
1966
1-24 3 p. 433-440
8 p.
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1434 8. Spin-orbit interaction in graphite Dresselhaus, Gene F.
1965
1-24 3 p. 325-
1 p.
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1435 58. Spiral growth in pyrolytic carbon Fitzer, E.
1965
1-24 3 p. 340-
1 p.
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1436 Spiralwachstum in pyrolytischem kohlenstoff Fitzer, E.
1965
1-24 3 p. 247-248
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1437 Spray deposited fluoropolymer/multi-walled carbon nanotube composite films with high dielectric permittivity at low percolation threshold Zhao, Xin
2009
1-24 3 p. 561-569
9 p.
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1438 Stability of the electrical resistivity of bromine, iodine monochloride, copper(II) chloride, and nickel(II) chloride intercalated pitch-based graphite fibers Gaier, James R.
1988
1-24 3 p. 381-387
7 p.
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1439 Stabilization of pitch derived ultrafine particles by iodine treatment Kajiura, Hisashi
1997
1-24 3 p. 439-
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1440 Stacking dependent electronic structure and transport in bilayer graphene nanoribbons Zhong, Xiaoliang
2012
1-24 3 p. 784-790
7 p.
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1441 Staged carbon gasification with nickel catalysts Lund, Carl R.F.
1987
1-24 3 p. 337-341
5 p.
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1442 4521294 Starting pitches for carbon fibers Uemura, Seiichi
1986
1-24 3 p. I-
1 p.
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1443 Startup of the [Carbon Alloys] Grant-in-Aid for scientific research in priority areas Yasuda, Eiichi
1998
1-24 3 p. 314-
1 p.
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1444 State of hydrogen molecules confined in C60 fullerene and carbon nanocapsule structures Ren, Y.X.
2006
1-24 3 p. 397-406
10 p.
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1445 Strength/structure relationships in baked carbon materials Patrick, John W.
1989
1-24 3 p. 469-474
6 p.
artikel
1446 89. Stress induced graphitization of pyrolytic graphite Bragg, R.H
1964
1-24 3 p. 379-
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1447 Stress-induced microstructural changes and crystallite modulus of carbon fiber as measured by X-ray scattering Kobayashi, Takayuki
2012
1-24 3 p. 1163-1169
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1448 142. Stress-strain properties of polycrystalline graphites in flexure at room temperature Weng, Tu-Lung
1965
1-24 3 p. 366-
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1449 157. Stress-Strain properties of polycrystalline graphites in tension and compression at room temperature 1965
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1450 Stretching-dominated deformation mechanism in a super square carbon nanotube network Li, Ying
2009
1-24 3 p. 812-819
8 p.
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1451 Structural and electronic properties of carbon nanowires made of linear carbon chains enclosed inside zigzag carbon nanotubes Wang, Yang
2006
1-24 3 p. 456-462
7 p.
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1452 Structural and high temperature properties of boron pyrolytic graphite Kotlensky, W.V.
1964
1-24 3 p. 315-317
3 p.
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1453 5. Structural and high-temperature tensile properties of boron pyrolytic graphite Kotlensky, W.V
1964
1-24 3 p. 354-
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1454 Structural and vibrational properties of C60 oligomers 1 This paper was presented at the European Materials Research Society 1997 Meeting, Symposium A: Fullerenes and Carbon based Materials, Strasbourg, France, June 1997. 1 Porezag, Dirk
1999
1-24 3 p. 463-470
8 p.
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1455 71. Structural aspects of the oxidation of graphite by photolysed or radiolysed CO2 Adamson, I.Y.R.
1965
1-24 3 p. 345-
1 p.
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1456 Structural changes caused by air activation of a petroleum base activated carbon Nickles, H.B.
1972
1-24 3 p. 344-
1 p.
artikel
1457 Structural changes in carbon nanofibers induced by ball milling Bannov, A.G.
2012
1-24 3 p. 1090-1098
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1458 Structural distribution in anisotropic and isotropic artificial graphites Engle, G.B.
1972
1-24 3 p. 342-
1 p.
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1459 Structural evolution in the graphitization process of activated carbon by high-pressure sintering Zhao, Jinggeng
2009
1-24 3 p. 744-751
8 p.
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1460 Structural evolution of carbon microcoils induced by a direct current Tang, Dai-Ming
2009
1-24 3 p. 670-674
5 p.
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1461 80. Structural properties of pyrolytic carbons deposited between 1100 and 1800°C David, C
1964
1-24 3 p. 377-
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1462 Structural stability and electron energy state of the H2SO4-graphite deintercalation compounds Oh, W.-Ch.
1995
1-24 3 p. 323-327
5 p.
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1463 72. Structural studies of the development of order in some polymer carbons with particular reference to the radial distribution approach Badami, D.V
1964
1-24 3 p. 374-375
2 p.
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1464 37. Structural studies on the carbonization of Fortisan fibers Ruland, W.
1965
1-24 3 p. 334-
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1465 Structure and hydrogen adsorption properties of low density nanoporous carbons from simulations Peng, Lu Jian
2012
1-24 3 p. 1394-1406
13 p.
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1466 Structure and properties of iron containing glassy carbons Kammereck, R.
1974
1-24 3 p. 281-289
9 p.
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1467 Structure and thermo-chemical properties of continuous bundles of aligned and stretched electrospun polyacrylonitrile precursor nanofibers collected in a flowing water bath Liu, Jie
2012
1-24 3 p. 1262-1270
9 p.
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1468 Structure of fluorine-graphite intercalation compounds Nakajima, T
1991
1-24 3 p. 429-437
9 p.
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1469 Structure of glassy carbon Biswall, M.M.
1972
1-24 3 p. 344-
1 p.
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1470 Structure of pores of active carbons prepared by water-vapour and zinc-dichloride activation Kadlec, O.
1970
1-24 3 p. 321-331
11 p.
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1471 Structure-related property changes in polycrystalline graphite under neutron irradiation Kelly, B.T.
1994
1-24 3 p. 499-505
7 p.
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1472 Structures and field emission properties of heat-treated C60 fullerene nanowhiskers Asaka, Koji
2012
1-24 3 p. 1209-1215
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1473 Structures of the helical carbon nanotubes Liu, Mingqi
1994
1-24 3 p. 393-403
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1474 6. Studies of carbon thermocouple Sato, Sennosuke
1965
1-24 3 p. 324-
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1475 52. Studies of crystalline order and the physical properties of artificial graphites Fitzer, E
1964
1-24 3 p. 369-
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1476 Studies of deactivation of metals by carbon deposition La Cava, A.I.
1982
1-24 3 p. 219-223
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1477 33. Studies of elastic modulus of irradiated graphite by means of an ultrasonic pulse method Sato, Sennosuke
1964
1-24 3 p. 362-
1 p.
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1478 Studies of porous carbon surfaces by high resolution nuclear magnetic resonance of adsorbed liquids Conard, J.
1972
1-24 3 p. 329-
1 p.
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1479 96. Studies of radiation in single crystal graphite Baker, C
1964
1-24 3 p. 381-382
2 p.
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1480 50. Studies of single crystal graphite containing boron Eeles, W.T.
1965
1-24 3 p. 338-
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1481 Studies of single wall carbon nanotube growth in three-dimensional, ordered silica templates Chen, J.
2006
1-24 3 p. 608-610
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1482 Studies of structure in carbonized composites from a phenolic resin and oxidized PAN fibres using chromic acid as an etchant Markovič, Vesna
1981
1-24 3 p. 209-211
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1483 Studies of the degradation of acrylonitrile/acrylamide copolymers as a function of composition and temperature Coleman, M.M.
1983
1-24 3 p. 255-267
13 p.
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1484 Studies of the formation of pyrolytic carbons from gases Cullis, C.F.
1972
1-24 3 p. 339-
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1485 45. Studies of the liquid phase polymerization of aromatic hydrocarbons and heterocyclic compounds Janes, M
1965
1-24 3 p. 336-337
2 p.
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1486 Studies of young's modulus of carbons at high temperature Andrew, J.F.
1964
1-24 3 p. 225-234
10 p.
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1487 1. Studies of Young's modulus of carbons at high temperatures Andrew, J.F
1964
1-24 3 p. 353-
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1488 Studies on adsorption from binary solutions—I Bansal, R.C.
1977
1-24 3 p. 153-156
4 p.
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1489 86. Studies on factors influencing the relative rates of evolution of CO and CO2 during the oxidation of graphite in dry air Dix, T.J.
1965
1-24 3 p. 348-
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1490 164. Studies on manufacturing polymer carbon and its application to impervious graphite 1965
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1491 Studies on pyrolytic carbons obtained by acetylene pyrolysis at 1273 K—I Jasieńko, S.
1981
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1492 Studies on pyrolytic carbons obtained by acetylene pyrolysis at 1273 K—II Jasieńko, S.
1981
1-24 3 p. 205-208
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1493 Studies on the adsorption equilibrium in the system benzene-methanol/deoxidized active carbon Światkowski, Andrzej
1987
1-24 3 p. 333-336
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1494 Study of carbon films from PAN/VGCF composites by gelation/crystallization from solution Zhu, Dan
2002
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1495 Study of Lewis acid catalyzed chemical bromination and bromoalkylation of multi-walled carbon nanotubes Hanelt, Sven
2012
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1496 90. Study of the mechanism of the carbon-oxygen reaction using O18 as a tracer Vastola, F.J
1965
1-24 3 p. 350-
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1497 Study of the oxidation of carbons by ozone in aqueous medium Donnet, J.B.
1972
1-24 3 p. 341-
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1498 Study of the oxidation products of ultrapure graphite at 0°C—III. Retention of ethylene-glycol, surface area and kinetics of the oxidation process de D. Lopez-Gonzalez, J.
1971
1-24 3 p. 279-286
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1499 Subcritical crack growth in fine grained polycrystalline graphites Wood, J.L.
1980
1-24 3 p. 169-178
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1500 Sulfur poisoning in the nickel catalyzed gasification of activated carbon in hydrogen Tomita, Akira
1983
1-24 3 p. 225-229
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1501 Super black and ultrathin amorphous carbon film inspired by anti-reflection architecture in butterfly wing Zhao, Qibin
2011
1-24 3 p. 877-883
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1502 Superoleophobic and conductive carbon nanofiber/fluoropolymer composite films Das, Arindam
2012
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1503 108. Surface areas of non-porous carbons by gas adsorption Young, D.M.
1965
1-24 3 p. 355-356
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1504 Surface characteristics and surface behavior of polymer carbons—I Bansal, R.C.
1977
1-24 3 p. 157-160
4 p.
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1505 Surface characterization of ion beam modified graphite Lin, Sin-Shong
1993
1-24 3 p. 509-517
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1506 Surface fluorination and oxidation of carbon materials for negative electrode of lithium ion secondary battery Nakajima, Tsuyoshi
1997
1-24 3 p. 439-
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1507 139. Surface hydroxyl groups in carbon blacks Given, P.H.
1964
1-24 3 p. 394-
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1508 Surface-modification of anode carbons for lithium-ion battery using chemical vapor deposition/chemical vapor infiltration technique Ohzawa, Yoshimi
2008
1-24 3 p. 565-
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1509 143. Surface orientations and operating characteristics of some carbon brushes Kaye, G.
1964
1-24 3 p. 395-396
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1510 115. Surface oxides on diamond Boehm, H.P.
1965
1-24 3 p. 358-
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1511 Surface porosity of fullerene black adsorbents modified by the Diels–Alder reaction Beck, Mihály T.
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1512 Surface properties of carbon fibers Mimeault, V.J.
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1513 Surface structure of carbons as studied in terms of properties of surface oxides introduced from atomic oxygen Marsh, H.
1972
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1514 Surface studies on graphite: Immersional energetics Barton, S.S.
1972
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1515 Sur la structure cristalline du mercurographiture de rubidium de stade 1 Lagrange, Philippe
1984
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1516 Sur le mécanisme de l'intéraction du chlore avec la surface du graphite atomiquement pure Nikitina, O.V.
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1517 164. Sur quelques propriétés des pyrocarbones 1964
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1518 Symposium on carbon 1964
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1519 Synergetic effects of graphene platelets and carbon nanotubes on the mechanical and thermal properties of epoxy composites Yang, Shin-Yi
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1520 Synthesis and analysis of thin conducting pyrolytic carbon films McEvoy, Niall
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1521 Synthesis and characterization of a new water-soluble endohedral metallofullerene for MRI contrast agents Shu, Chun-Ying
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1522 Synthesis and characterization of carbon-supported nanoparticles for catalytic applications Cahen, S.
2008
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1523 Synthesis and characterization of double-walled carbon nanotubes from multi-walled carbon nanotubes by hydrogen-arc discharge Li, Lixiang
2005
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1524 Synthesis and characterization of stable room temperature bulk ferromagnetic graphite Pardo, H.
2006
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1525 Synthesis and electrocatalytic oxygen reduction activity of graphene-supported Pt3Co and Pt3Cr alloy nanoparticles Rao, Chitturi Venkateswara
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1526 Synthesis and local analysis of ternary FeCl3-PbCl2-graphite intercalation compounds Ohira, Masahiko
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1527 Synthesis and structure of a ternary graphite–potassium–tellurium intercalation compound Briard, A.J
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1528 Synthesis, characterization and energy-related applications of carbide-derived carbons obtained by the chlorination of boron carbide Wang, Huanlei
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1529 Synthesis, isolation, spectroscopic and electrochemical characterization of some calcium-containing metallofullerenes Zhang, Ya
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1530 Synthesis, morphology and physical properties of multi-walled carbon nanotube/biphenyl liquid crystalline epoxy composites Hsu, Sheng-Hao
2012
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1531 Synthesis of a carbon replica of zeolite Y with large crystallite size Garsuch, Arnd
2006
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1532 Synthesis of branched carbon nanotubes using copper catalysts in a hydrogen-filled DC arc-discharger Durbach, Shane H.
2009
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1533 Synthesis of carbon/limonite composites through CVD Tsubota, Toshiki
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1534 Synthesis of carbon nanostructures on nanocrystalline Ni–Ni3P catalyst supported by SiC whiskers Ding, Dongyan
2003
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1535 Synthesis of carbon nanotubes on a catalytic metal substrate by using an ethylene inverse diffusion flame Woo Lee, Gyo
2004
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1536 Synthesis of carbon nanotubes on metal alloy substrates with voltage bias in methane inverse diffusion flames Xu, Fusheng
2006
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1537 Synthesis of carbon nanotubes over Fe catalyst on aluminium and suggested growth mechanism Emmenegger, C.
2003
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1538 Synthesis of graphene-like nanosheets and their hydrogen adsorption capacity Srinivas, G.
2010
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1539 Synthesis of monodisperse carbonaceous beads with ordered mesoporous structure Chaichanawong, Jintawat
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1540 Synthesis of monodisperse carbon cryogel microspheres using membrane emulsification of a phenol–formaldehyde solution Yamamoto, Takuji
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1541 Synthesis of planar-sheet graphite fluorides using fluorometallate salts of transition metals in anhydrous hydrogen fluoride Lemmon, John P.
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1542 Synthesis of PtRu/carbon nanotube composites in supercritical fluid and their application as an electrocatalyst for direct methanol fuel cells An, Guimin
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1543 Synthesis of reduced graphene oxide–Fe3O4 multifunctional freestanding membranes and their temperature dependent electronic transport properties Narayanan, T.N.
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1544 110. Synthesis of reinforced carbon and graphite bodies Carlson, R.K
1964
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1545 Synthesis of single-walled carbon nanotubes over a spin-coated Fe catalyst in an ethanol–PEG colloidal solution Seah, Choon-Ming
2012
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1546 Synthesis of single-walled carbon nanotubes with nanohorns by arc in liquid nitrogen Sano, Noriaki
2004
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1547 Synthesis of surface-functionalized graphene nanosheets with high Pt-loadings and their applications to methanol electrooxidation Choi, Sung Mook
2011
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1548 Synthesis of various forms of carbon nanotubes by AC arc discharge Zeng, Huang
1998
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1549 4347156 System and process for reactivating carbon Lombana, Luis A
1983
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1550 Tailoring activated carbons for enhanced removal of natural organic matter from natural waters Dastgheib, Seyed A
2004
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1551 Tailoring multi-wall carbon nanotubes for smaller nanostructures Zhou, Jigang
2009
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1552 Tanso 199 – Abstracts 2002
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1553 Tanso 210 abstracts 2004
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1554 Tanso No. 184 - Abstracts 1999
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1555 Targeted removal of bioavailable metal as a detoxification strategy for carbon nanotubes Liu, Xinyuan
2008
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1556 Temperature-dependence of carbon film growth by electrolysis of a methanol solution Lim, Pui-Kong
2003
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1557 165. Temperature dependence of electrical properties of polycrystalline carbons and graphites Chaberski, A
1964
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1558 Temperature dependence of Raman scattering by disordered carbon materials Fischbach, D.B.
1986
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1559 Temperature-dependent electrical properties of dilute suspensions of carbon nanotubes in nematic liquid crystals Jian, Bo-Ru
2011
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1560 Temperature effect on the formation of catalysts for growth of carbon nanofibers Huang, Chao-Wei
2009
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1561 Templated mesoporous carbons and their performance for electric double layer capacitors Wang, Yan-su
2011
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1562 Templated patterning of graphene oxide using self-assembled monolayers Wu, Chong
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1563 Tensile and compressive properties of flexible graphite foils Dowell, M.B.
1986
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1564 146. Tensile properties of glassy carbon to 2900°C Kotlensky, W.V
1965
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1565 Terahertz time-domain spectroscopy characterization of vertically aligned carbon nanotube films Katsounaros, A.
2012
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1566 20th Biennial Carbon Conference 1992
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1567 The adsorption characteristics of polyvinylidene chloride carbon Ainscough, A.N.
1972
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1568 The adsorption characteristics of polyvinylidene chloride carbon Ainscough, A.N.
1973
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1569 104. The adsorption of carbon dioxide on carbons at 0°C and the presence of dual-energy adsorption sites Deitz, V.R.
1965
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1570 The adsorption of methylene blue by active carbon Barton, Stuart S.
1987
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1571 The adsorption of water by active carbons, in relation to their chemical and structural properties Stoeckli, F
2000
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1572 176. The annealing of irradiation damage in graphite 1965
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1573 84. The anticlot properties of graphite coatings on artificial heart valves Gott, Vincent L
1964
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1574 The application of plasmas chemical processing Walker Jr., P.L.
1968
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1575 38. The atomic radial distribution of a carbon black Ergun, Sabri
1965
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1576 The basal thermal conductivity of highly oriented pyrolytic graphite as a function of degree of graphitisation Kelly, B.T
1969
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1577 177. The behavior of iodine in graphite Salzano, F.J.
1964
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1578 115. The briquetting of graphite de Vere, R.H.
1964
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1579 The brittle-ring test for graphite Kennedy, C.R.
1993
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1580 The carbonaceous film made by chemical vapor deposition of 2,5-dimethyl-p-benzoquinone (2) — electronic properties Yu, H.A.
1998
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1581 The catalytic oxidation of irradiated graphites Follett, E.A.C.
1964
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1582 The change of TPD pattern of O2-gasified carbon upon air exposure Zhuang, Q-L.
1994
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1583 The characteristics of gilsocarbon graphite and its significance for the design of high temperature reactors Krefeld, R.
1972
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1584 The character of pyrofoil tape Miller, D.Ci.
1972
1-24 3 p. 351-
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1585 The chemical vapor deposition of carbon on carbon fibers Pierson, H.O.
1975
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1586 The chemistry of carbon formation from polyphenylene and polyphenylene oxides Fitzer, E.
1972
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1587 The comparison of experimental and calculated pore size distributions of activated carbons Stoeckli, F
2002
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1588 The complete pore structure analysis of fine porous solids Spitzer, Z.
1976
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1589 The concept of active sites applied to the study of carbon reactivity Ehrburger, P.
1989
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1590 The crack-face fiber bridging of a 2D-C/C-composite Cao, Jian Wu
1996
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1591 The decomposition of hydrogen peroxide in the presence of carbon blacks Puri, Balwant Rai
1971
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1592 The defect theory of carbon structure Ergun, S.
1972
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1593 The dependence of Young's modulus on porosity in a series of isotropic graphites at elevated temperature Armstrong, P.E.
1972
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1594 The detection of ionizing radiations by natural and synthetic diamond crystals and their application as dosimeters in biological environments Keddy, R.J.
1988
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1595 103. The determination of adsorption parameters for graphitic surfaces Pierotti, R.A.
1965
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1596 The development and prospects of carbon science-A report on the annual world conference on carbon, Carbon’10 Zhang, Qiang
2011
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1597 171. The development of a fine-grained graphite for use as a purged fuel tube in high temperature nuclear reactors 1965
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1598 100. The development of fuel element graphite for the Dragon reactor experiment Graham, L.W
1964
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1599 The development of high-strength carbon-metal composite — II Ishikawa, T.
1972
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1600 The development of mesophase microstructures during pyrolysis of selected coker feedstocks Price, R.J.
1972
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1601 163. The diffusion of nickel and silver in pyrographite Wolfe, J.R
1964
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1602 The diffusion of oxygen in nitrogen in the pores of graphite: The effect of oxidation on diffusivity and permeability Hewitt, G.F.
1970
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1603 159. The diffusion of uranium in graphite Borg, R.J
1964
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1604 57. The dimensional changes produced in graphite by absorption of bromine Brocklehurst, J.E
1964
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1605 The dimensional stability of graphite under irradiation at 715°C Kennedy, C.R.
1972
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1606 The doping of carbon nanotubes with nitrogen and their potential applications Ayala, P.
2010
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1607 The dynamic adsorption of water vapour on activated carbon Lodewyckx, P.
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1608 The dynamic mechanical behavior of graphites Taylor, R.E.
1968
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1609 The effective interfacial shear strength of carbon nanotube fibers in an epoxy matrix characterized by a microdroplet test Zu, Mei
2012
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1610 The effect of acid treatments on subsequent reactivity of carbon-carbon composites Hippo, E.J.
1989
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1611 31. The effect of adsorption on the electrical conductivity of Saran carbon Quinn, David
1965
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1612 The effect of atmospheric pressure plasma treatment on the field emission characteristics of screen printed carbon nanotubes Kyung, Se-Jin
2007
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1613 162. The effect of catalyst mobility on the thermal oxidation of natural graphite Presland, A.E.B.
1964
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1614 The effect of certain metallic derivatives on the adsorption of sulphur dioxide on active carbon Davini, Paolo
2001
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1615 The effect of chemical-vapor-deposition conditions on the properties of carbon-carbon composites Granoff, B.
1973
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1616 76. The effect of chlorofluoromethanes on graphite oxidation Pallmer, P.G.
1965
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1617 112. The effect of closed pores on the specific surface area of graphite Clarke, John T.
1965
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1618 121. The effect of coke on the anode overvoltage of aluminum cells Bullough, V.L.
1965
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1619 The effect of crosslinking on the formation of glasslike carbons from thermosetting resins Fitzer, E.
1970
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1620 The effect of defects on the basal plane thermal conductivity of a graphite crystal Kelly, B.T.
1967
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1621 The effect of degree of anisotropy on the mechanical properties of carbon fibers produced from phenolic resin Jenkins, G.M.
1972
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1622 The effect of diffusion and bulk gas flow on the thermal oxidation of nuclear graphite-I. Temperatures below 500°C Hawtin, P.
1964
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1623 39. The effect of diffusion and bulk gas flow on the thermal oxidation of nuclear graphite. Part 1. Temperatures below 500°C Hawtin, P
1964
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1624 The effect of doping on the thermal conductivity of polycrystalline graphite Kelly, B.T.
1972
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1625 The effect of dose rate on irradiation damage in graphite Harrison, J.W.
1972
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1626 41. The effect of electric spark discharge on graphitization of carbon Honda, H.
1965
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1627 The effect of electrochemically polymerized pyrrole on the physicochemical properties and biological activity of carbon materials Khubutiya, Mogely Sh.
2012
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1628 The effect of fast neutron irradiation on the mechanical properties of carbon and graphite fibers Jones, B.F.
1972
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1629 The effect of fast neutron irradiation on the structure of carbon fibers Peggs, I.D.
1972
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1630 72. The effect of gaseous additives on the oxidation of carbon by photolysed carbon dioxide Feates, F.S.
1965
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1631 The effect of gaseous additives on the reaction between carbon dioxide and graphite induced by vacuum ultra-violet radiation Feates, F.S.
1965
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1632 169. The effect of gaseous impregnation on the pore properties of artificial graphites 1965
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1633 146. The effect of group IIIA to VIA elements and their oxides on graphite oxidation Rakszawski, J.F.
1964
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1634 43. The effect of heat treatment on the thermal properties of permeable cellulose carbon Blakelock, H.D
1964
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1635 The effect of heat-treatment temperature upon the properties of matrix-inhibited carbon-carbon composites Ragan, S.
1992
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1636 98. The effect of high flux fast neutron irradiation on the physical properties of graphite Bridge, H
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1637 The effect of high temperature fast neutron irradiation on the distribution functions of strength of some nuclear graphites Krefeld, R.
1972
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1638 63. The effect of in-pile oxidation by carbon dioxide on the porosity of graphite Standring, J
1964
1-24 3 p. 372-
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1639 The effect of irradiation temperature on the scattering of long wavelength neutrons by defects in neutron-irradiated graphite Martin, D.G.
1967
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1640 The effect of metal carbonyls on the α-radiolysis of carbon monoxide Baird, T.
1973
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1641 The effect of neutron irradiation on the transport properties of battery carbon Misho, R.H.
1989
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1642 The effect of organic vapor adsorption on the paramagnetic properties of activated carbons with different concentrations of surface oxides Rozwadowski, M.
1976
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1643 79. The effect of oxidation on the pore structure of some graphitized carbons Thomas, W.J.
1965
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1644 The effect of oxygen adsorption on the electrical resistance of evaporated carbon films McLintock, I.S.
1968
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1645 The effect of pressure on galvanomagnetic properties of graphite Spain, I.L.
1972
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1646 The effect of protein binding on ibuprofen adsorption to activated carbons Melillo, M.
2004
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1647 126. The effect of sample shape on the bromination of graphite Hooley, J.G.
1965
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1648 113. The effect of size reduction equipment on graphite properties Rusinko Jr., Frank
1964
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1649 147. The effect of specimen geometry on the tensile strength of graphite Jackson, J.L
1965
1-24 3 p. 368-
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1650 The effect of specimen geometry on the tensile strength of graphite Jackson, J.L.
1965
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1651 The effect of substituted alkynes on nickel catalyst morphology and carbon fiber growth Shaikjee, Ahmed
2012
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1652 The effect of substitutional boron on the kinetics of the carbon-oxygen reaction Allardice, D.J.
1970
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1653 The effect of substrate on Reinforced Pyrolytic Graphite Leeds, D.H.
1971
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1654 The effect of sulphur on the graphitization of carbons derived from polyvinyl chloride-sulphur systems Kipling, J.J.
1966
1-24 3 p. 333-338
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1655 The effect of the formation of vacancy lines on the kinetics of irradiation damage in graphite single crystals Horner, P.
1966
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1656 187. The effect of the random formation of vacancy complexes on the irradiation induced properties of graphite Horner, P
1965
1-24 3 p. 380-381
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1657 The effect of thermal expansion anisotropy on the strength of carbon fibers LeMaistre, C.W.
1972
1-24 3 p. 345-
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1658 The effect of thermal treatment on the surface area of coal Razouk, R.I.
1968
1-24 3 p. 325-331
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1659 97. The effect of variation in pore size on the rate of radiolytic corrosion of graphite by carbon dioxide Labaton, V.Y.
1965
1-24 3 p. 352-
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1660 82. The effects of adsorbed water on the properties of saran charcoal—a preliminary account Dacey, J.R
1964
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1661 The effects of binder viscosity and molecular size distribution on the fabrication and physical properties of furfuryl alcohol resin bonded graphites Dickinson, J.M.
1970
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1662 The effects of curing and baking environments on properties of some molded graphites Imprescia, R.J.
1968
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1663 The effects of grafted amine groups on the elastic properties of single-walled carbon nanotubes Yuan, Jianhui
2009
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1664 The effects of heat treatment on the magnetic properties of coals doped with metallic Ni Ito, Osamu
1989
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1665 The effects of hydrophilic structures of active carbon on the adsorption of benzene and methanol vapors Matsumura, Y.
1985
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1666 The effects of picolinic acid and pH on the adsorption of Cu(II) by activated carbon fibers Lee, S.M
2002
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1667 The effects of temperature and frequency on the dielectric properties, electromagnetic interference shielding and microwave-absorption of short carbon fiber/silica composites Cao, Mao-Sheng
2010
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1668 182. The elastic moduli of reactor graphites Goggin, P.R
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1669 169. The electrical conductance of carbon blacks Voet, Andries
1964
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1670 The electric resistivity of compacts of graphite intercalation compounds with antimony pentafluoride and with antimony pentachloride Streifinger, L.
1979
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1671 22. The ESR of boron doped polycrystalline graphite Mrozowski, S
1965
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1672 The exchange of carbon atoms between carbon monoxide and graphon Potts, M.L.
1972
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1673 The external surface of microporous carbons, derived from adsorption and immersion studies Stoeckli, H.F.
1984
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1674 The fabrication and irradiation behavior of pyrolytic carbon impregnated graphite Pollock, C.B.
1972
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1675 The fifteenth American biennial conference on carbon Philadelphia, 22–26 June 1981 1980
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1676 The fine structure of a range of pan-based carbon fibres Johnson, D.J.
1972
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1677 The first-order Raman spectrum and graphitization of benzene-derived vapor-grown carbon fibers prepared by a seeding catalyst method Yoshida, Akira
2008
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1678 The first steps of diamond nucleation on gypsum flower-like carbon Després, J.F
1999
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1679 The formation of a hydrothermal carbon coating on graphite microfiber felts for using as structured acid catalyst Roldán, Laura
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1680 The formation of mesophase microstructures during the pyrolysis of selected coker feedstocks White, J.L.
1974
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1681 The fractal character of carbon surfaces determined by Fourier analysis of STM data Stoeckli, H.F.
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1682 The gasification of carbon by carbon dioxide at high temperatures and pressures Golovina, E.S.
1980
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1683 The gas permeability of extruded graphite Jones, B.F.
1971
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1684 The glass transition of coal-derived low-volatile residues Stadelhofer, J.W.
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1685 The gram-scale synthesis of carbon onions Choucair, Mohammad
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1686 90. The graphitization of pyrolytic carbons Fischbach, D.B
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1687 The growth of carbon nanotubes in aluminum powders by the catalytic pyrolysis of polyethylene glycol Cao, Linlin
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1688 The growth of multi-walled carbon nanotubes with different morphologies on carbon fibers Zhao, Zhi-Gang
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1689 106. The heats of wetting of carbons in relation to their specific surface areas Razouk, R.I.
1965
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1690 109. The helium densities of polymer carbons Kipling, J.J.
1965
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1691 The heterogeneous reaction between soot and NO2 at elevated temperature Muckenhuber, Harald
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1692 The hierarchical structure and properties of multifunctional carbon nanotube fibre composites Vilatela, Juan J.
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1693 The high-temperature thermal expansion coefficient of graphite parallel to the basal plane Kelly, B.T.
1972
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1694 116. The hot-working of graphite bodies containing carbide particles White, J.L
1964
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1695 The identification of carbon allotropes by ion microprobe mass analysis Stuckey, W.
1972
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1696 The influence of adsorbent texture and adsorbate type on analytical functions describing the heterogeneity of active carbons surfaces Rozwadowski, Michał
1983
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1697 The influence of bimetallic catalyst composition on single-walled carbon nanotube yield Chiang, Wei-Hung
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1698 The influence of carbon content of blast furnace sludges and coke on the adsorption of lead ions from aqueous solution López-Delgado, A.
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1699 The influence of doping on the Raman intensity of the D band in single walled carbon nanotubes Kalbac, Martin
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1700 The influence of functional groups on the surface acid-base characteristics of carbon blacks Arico', A.S.
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1701 The influence of gas pressure and bias current on the crystallinity of highly boron-doped diamond films Jia, Fu-chao
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1702 The influence of “inert” diluent gases on the rate of carbon gasification Walker Jr., P.L.
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1703 The influence of internal stresses on graphitization Fischbach, D.B.
1972
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1704 The influence of preferred orientation on the line width of (hk) interferences Ruland, W.
1972
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1705 The influence of pretreatment conditions on the activity and stability of sodium and potassium catalysts in carbon-steam reactions Wigmans, Teus
1983
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1706 84. The influence of solid catalysts on the etching of graphite single crystals—A motion picture study Thomas, John M
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1707 The influence of surface roughness and chemical modification of silicon surfaces on dc-glow discharge enhanced diamond nucleation Shima-Edelstein, R.
2001
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1708 The influence of the type of quinoline insolubles on the quality of coal tar binder pitch Ball, David R.
1978
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1709 The influence of the type of Qunioline Insolubles on the quality of coal tar binder pitch Romovacek, George R.
1979
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1710 The inhibition of graphite oxidation by phosphorus additives McKee, D.W.
1984
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1711 150. The interaction of strongly adsorbed oxygen with free radicals in carbon Antonowicz, K.
1964
1-24 3 p. 398-
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1712 The intercalation of micron-size graphite powder with anhydrous ferric chloride Su, S.R.
1987
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1713 The internal friction of unidirectional C C composites fabricated in a magnetic field Shengru, Q.
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1714 The interpretation of Krypton adsorption isotherms on exfoliated graphite Duval, X.
1975
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1715 156. The lateral strain behavior of graphite—An anisotropic material 1965
1-24 3 p. 371-
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1716 2. The magnetothermal effect in graphite Klein, C.A.
1965
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1717 172. The manufacture of the first charge of fuel and fuel elements for the Dragon Reactor 1965
1-24 3 p. 376-
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1718 The microindentation hardness behaviour of carbon filaments, glassy carbons, and pyrolytic graphites Hawthorne, H.M.
1975
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1719 The morphology, electrical conductivity and vapour sensing ability of inkjet-printed thin films of single-wall carbon nanotubes Mabrook, M.F.
2009
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1720 60. The nature of the initial gasification products from graphite irradiated in carbon dioxide or carbon monoxide/carbon dioxide mixtures Feates, F.S
1964
1-24 3 p. 371-
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1721 74. The nature of turbostratic carbon Badami, D.V
1964
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1722 105. The neutron irradiation of a graphitized carbon black Cadenhead, D.A
1964
1-24 3 p. 384-
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1723 134. The normal spectral emissivity of isotropic and anisotropic materials Autio, G.W.
1965
1-24 3 p. 364-
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1724 133. The optical constants of graphite in the infrared spectrum determined by transmission through ultrathin crystals McCartney, J.T.
1964
1-24 3 p. 393-
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1725 136. The optical constants of graphite in the ultraviolet-visible spectrum determined by reflectance from single crystal faces Yasinsky, J.B.
1964
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1726 132. The optical constants of graphite in the ultraviolet-visible spectrum determined by transmission through ultrathin crystals Ergun, Sabri
1964
1-24 3 p. 392-
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1727 The order of reaction for the oxidation of nuclear graphite in dry oxygen-nitrogen mixtures Lewis, J.B
1964
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1728 The order of reaction for the oxidation of nuclear graphite in moist oxygen-nitrogen mixtures Lewis, J.B.
1965
1-24 3 p. 321-322
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1729 Theoretical studies of interstitials in graphite Abrahamson, John
1984
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1730 Theoretical study of work function of conducting single-walled carbon nanotubes by a non-relativistic field theory approach Cordeiro, C.E.
2009
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1731 Theory and experiment of thermal stress fracture of graphite electrodes for steel-making arc furnaces Sato, S.
1997
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1732 Theory of carbon formation in vapor-phase pyrolysis—I. Constant concentration of active species Hudson, J.L.
1968
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1733 Theory of carbon formation in vapor-phase pyrolysis —II. Variable concentration of active species Heicklen, Julian
1969
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1734 The oxidation of dispersed refractory metal compounds and their behavior as carbon oxidation catalysts McKee, D.W.
1986
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1735 92. The oxidation of graphite Goldstein, Ernst M.
1965
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1736 The oxidation of graphite: Zone II omission Wallouch, R.W.
1974
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1737 82. The oxidation process of ultrapure mineralogical and artificial graphite to form graphitic acid de D. Lopez-Gonzalez, J.
1965
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1738 The perturbed electronic density of states in graphite Boardman, A.D.
1972
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1739 The pH-dependence of oxygen reduction on multi-walled carbon nanotube modified glassy carbon electrodes Kruusenberg, Ivar
2009
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1740 The phonon-drag thermoelectricity of graphites in relation to the structural imperfection Tsuzuku, T.
1972
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1741 The physical properties of sulfonated graphene/poly(vinyl alcohol) composites Layek, Rama K.
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1742 The polymerization of N-vinylcarbazole in the presence of carbon black Ohkita, K.
1978
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1743 The pore structure and surface area of high-temperature polymer carbons Kipling, J.J.
1964
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1744 83. The pore structure of artificial graphites Field, G.J
1964
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1745 The potentiometric investigations of graphite Hydrogensulfate chemical synthesis (oxidizer-(NH4)2S2O8) Avdeev, V.V.
1994
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1746 138. The prediction of failure properties of EGCR-type AGOT graphite from nondestructive tests Witt, F.J
1965
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1747 15. The prediction of oxidation rates of carbonaceous materials from plasma arc tests Haviland, J.K
1964
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1748 The preparation of carbon molecular sieves by pore blocking Moore, S.V.
1977
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1749 The preparation of highly dispersed platinum on carbon Blurton, K.F.
1972
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1750 The preparation of stable metal nanoparticles on carbon nanotubes whose surfaces were modified during production Jiang, Hongjin
2007
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1751 The preparation of synthetic diamonds (Plenary Lecture) Bundy, F.P.
1972
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1752 The production and properties of filamentous carbon Baker, R.T.K.
1975
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1753 The production of chemically converted graphenes from graphite fluoride Bourlinos, Athanasios B.
2012
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1754 The production of porous carbon nanofibers from cross-linked polyphosphazene nanofibers Fu, Jianwei
2011
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1755 The production of submicron diameter carbon fibers by the electrospinning of lignin Ruiz-Rosas, R.
2010
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1756 149. The properties and application of the glassy carbon Yamada, S.
1964
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1757 The properties of carbon fibre/carbon composites with particular reference to their application in rocket nozzles Parmee, A.C.
1972
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1758 The radiolytic graphite/CO2reaction: The effect of carbon monoxide at 225–375°C Best, J.V.
1972
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1759 91. The reaction between CO2 and graphite at temperatures between 1500 and 2100°C Walls, J.R.
1965
1-24 3 p. 350-
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1760 The reaction of 2.2-diphenyl-l-picrylhydrazyl on the surface of carbon black Ohkita, K.
1972
1-24 3 p. 328-
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1761 The reaction of nuclear graphites with hydrogen Karcher, W.
1972
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1762 The reaction of ozone with adsorbent charcoal Bitner, J.L.
1972
1-24 3 p. 329-
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1763 38. The reactivity of carbon and graphite: the role of unpaired electrons produced by pyrolysis or by neutron-bombardment Harker, H
1964
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1764 The reactivity of graphite surfaces with atoms and molecules of hydrogen, oxygen and nitrogen McCarroll, Bruce
1971
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1765 The reactivity of graphite surfaces with atoms and molecules of hydrogen, oxygen and nitrogen McKee, D.W.
1972
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1766 The reasons why metals catalyze the nucleation and growth of carbon nanotubes and other carbon nanomorphologies Esconjauregui, Santiago
2009
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1767 The relation between the adsorption characteristics of polar organic compounds (alcohols and acids) and their orientation polarization on activated carbon Selim, M.M.
1981
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1768 The relative rates of the boudouard reaction and hydrogenation of CO over Fe and Co foils Geurts, F.W.A.H.
1992
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1769 The revelation of small-angle boundaries and forest dislocations in graphite monocrystals Roscoe, C
1966
1-24 3 p. 383-384
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1770 153. The rheological properties of a carbon mix using a capillary rheometer 1965
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1771 Thermal analysis of bulk carbon–carbon composite and friction products derived from it during simulated aircraft braking Peszynska-Bialczyk, Katarzyna
2007
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1772 Thermal annealing of neutron-irradiated carbons; changes in electronic properties Pacault, A.
1972
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1773 Thermal behavior and effect of heat treatment in an inert gas on oxidized carbon microcoils Shibagaki, Kazuyoshi
2001
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1774 131. Thermal conductivity and thermal diffusivity of graphite at elevated temperatures Null, M.R
1965
1-24 3 p. 363-
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1775 133. Thermal conductivity and total emittance of ZT-type graphite in the temperature range 1000–2000°C Hoch, M.
1965
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1776 Thermal conductivity of a single carbon nanocoil measured by field-emission induced thermal radiation Ma, He
2012
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1777 Thermal conductivity of exfoliated graphite nanoplatelet paper Xiang, Jinglei
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1778 132. Thermal conductivity of flexible carbon and graphite to 800°C Hansen, A.J.
1965
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1779 Thermal conductivity of nanocrystalline carbon films studied by pulsed photothermal reflectance Shakerzadeh, M.
2012
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1780 Thermal conductivity of neutron-irradiated pyrocarbons Price, R.J.
1972
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1781 Thermal conductivity of neutron-irradiated reactor graphites Price, R.J.
1975
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1782 45. Thermal conductivity of pyrolytic graphite at low temperature Holland, M.G
1964
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1783 Thermal decomposition of biphenyl and naphthalene in a flow system Lahaye, J.
1968
1-24 3 p. 419-420
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1784 Thermal desorption spectra of oxidized vitreous carbons Matsumoto, S.
1979
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1785 Thermal diffusivity and thermal conductivity of pyrolytic graphite above 1500°K Null, M.R.
1972
1-24 3 p. 352-
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1786 Thermal diffusivity gradients in thick glassy carbons Siebeneck, H.J.
1977
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1787 Thermal diffusivity of compacted coal powders Gosset, D.
1996
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1788 Thermal expansion coefficient of SbCl5-graphite intercalation compounds Salamanca-Riba, L.
1986
1-24 3 p. 261-266
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1789 Thermal expansion coefficients of graphite crystals Morgan, W.C
1972
1-24 3 p. 357-
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1790 Thermal expansion hysteresis in polycrystalline graphite Slagle, O.D.
1969
1-24 3 p. 337-344
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1791 Thermal expansion interferometry of graphitized filament wound cylinders Murphy, C.G.
1972
1-24 3 p. 334-
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1792 Thermal expansion of a thermally degrading organic matrix composite Buch, J.D.
1972
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1793 Thermal expansion of carbon fibers Butler, B.L.
1972
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1794 49. Thermal expansion of carbons and graphites Yamaguchi, T
1964
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1795 Thermally modified active carbon as a support for catalysts for NH3 synthesis Kowalczyk, Zbigniew
1996
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1796 Thermally reduced graphite oxide as positive electrode in Vanadium Redox Flow Batteries González, Zoraida
2012
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1797 Thermal modeling of activated carbon based adsorptive natural gas storage system Basumatary, R.
2005
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1798 Thermal polymerization of aromatic hydrocarbons Lewis, I.C.
1980
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1799 Thermal properties of carbon fibers at very high temperature Pradere, C.
2009
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1800 Thermal stability of the interface between discharged non-graphitizable carbon and electrolyte for lithium-ion batteries Doi, Takayuki
2009
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1801 Thermal transport across carbon nanotubes connected by molecular linkers Liu, Jun
2012
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1802 27. Thermal variations of the diamagnetism and structure of boron doped pyrocarbon Gasparoux, H.
1965
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1803 Thermodynamic and experimental conditions for the fabrication of a boron carbide layer on high-modulus carbon fiber surfaces by RCVD Vincent, H.
1992
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1804 128. Thermodynamic properties of the cesium-graphite lamellar compounds Salzano, F.J
1965
1-24 3 p. 362-
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1805 Thermodynamic study of high-pressure adsorption of methane on activated carbons: The effect of oxidation on pore structure and adsorption energy heterogeneity Jagiełło, Jacek
1992
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1806 Thermodynamische Betrachtungen zur Kohlenstoffabscheidung bei der pyrolyse Gasförmiger Kohlenstoffverbindungen Lersmacher, B.
1967
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12 p.
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1807 Thermoelectric and thermomagnetic effects in graphite Sugihara, K.
1972
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1 p.
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1808 Thermoelectric and thermomagnetic effects in graphite (Plenary Lecture) Tsuzuku, T.
1972
1-24 3 p. 353-
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1809 Thermoelectric and thermomagnetic properties of graphite—I Ayache, C.
1979
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1810 121. Thermoelectric effect in raw carbons Depowski, L
1964
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1811 Thermoelectric power generation using doped MWCNTs Kunadian, Illayathambi
2009
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1812 16. Thermoelectric properties of pyrolytic graphite up to 2000°C Rupprecht, Georg
1964
1-24 3 p. 357-358
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1813 Thermophysical properties of densified pitch based carbon/carbon materials—II. Bidirectional composites Manocha, L.M.
2006
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1814 Thermophysical properties of densified pitch based carbon/carbon materials—I. Unidirectional composites Manocha, L.M.
2006
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1815 The role of calcium in high pH excursions for reactivated GAC Mazyck, David W.
2005
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1816 The role of carbon materials in heterogeneous catalysis Rodríguez-reinoso, Francisco
1998
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17 p.
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1817 28. The role of crystal structure in determining the mechanical properties of graphite Jenkins, G.M
1964
1-24 3 p. 361-
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1818 The role of electroless Ni–P coating in the catalytic graphitization of PAN-based carbon fibers Tzeng, Shinn-Shyong
2008
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1819 The role of ions in the oxidation of graphite by radiolysed carbon dioxide Brewer, Judith M.
1969
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1820 The role of sulfur-containing groups in ammonia retention on activated carbons Petit, Camille
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1821 The role of water and surface acidity on the reactive adsorption of ammonia on modified activated carbons Le Leuch, L.M.
2007
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1822 The shape-selectivity of activated carbon fibers as a palladium catalyst support Jin, H.
1996
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1823 The significance of heating rate on char yield and char properties in the pyrolysis of cellulose Brunner, Paul H.
1980
1-24 3 p. 217-224
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1824 The simultaneous reduction of nitric oxide and soot in emissions from diesel engines Sander, Markus
2009
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1825 177. The strength of irradiated graphite 1965
1-24 3 p. 377-378
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1826 The structural changes in the formation of carbon fibers from polyacrylonitrile precursors Uchida, T.
1972
1-24 3 p. 330-
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1827 The structure of polymeric carbons Jenkins, G.M.
1972
1-24 3 p. 345-
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1828 53. The structure of pyrolytic carbon deposited in a fluidized bed Bokros, J.C
1965
1-24 3 p. 339-
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1829 The structure of reactor graphites and its relation to high temperature irradiation dimensional stability Thrower, P.A.
1971
1-24 3 p. 265-270
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1830 The study of bonding composition of CN x film by thermal degradation method Zhang, Li H.
2004
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1831 The study of whetlerite surfaces by X-ray photoelectron spectroscopy Ross, M.M.
1989
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1832 113. The surface area of graphite calculated from adsorption isotherms and heats of wetting experiments Broadbent, K.A.
1965
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1833 The surface properties of carbon—III the process of activation of carbons Lamond, T.G.
1964
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1834 The surface properties of carbon-II the effect of capillary condensation at low relative pressures upon the determination of surface area Lamond, T.G.
1964
1-24 3 p. 281-292
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1835 The surface properties of carbon-I the effect of activated diffusion in the determination of surface area Marsh, H.
1964
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1836 The synthesis of polyacrylonitrile/carbon nanotube microspheres by aqueous deposition polymerization under ultrasonication Zhang, Hailong
2010
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1837 179. The temperature dependence of the irradiation induced creep of graphite 1965
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1838 180. The tensile fracture strain of graphite determined during neutron irradiation Jackson, J.L
1965
1-24 3 p. 378-
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1839 2. The tensile properties of ZTA grade graphite under varying conditions of temperature, pressure, atmospheres and pre-treatment Hale, R.M
1964
1-24 3 p. 353-
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1840 130. The thermal conductivity of compacted powder carbons and mixtures of carbon powders with uranium carbide particles Tye, R.P.
1965
1-24 3 p. 363-
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1841 The thermal conductivity of SX-5 graphite Wagner, P.
1968
1-24 3 p. 373-378
6 p.
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1842 The thermal conductivity of ZTA graphite Wagner, P.
1967
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1843 The thermal diffusivity of pyrolytic graphite at high temperatures Tanaka, Takaho
1972
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1844 The thermal vibrations of carbon atoms in graphite Kelly, B.T.
1972
1-24 3 p. 324-325
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1845 The thermistor with positive temperature coefficient based on graphite carbon Tsubata, I.
1972
1-24 3 p. 337-
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1846 The thermodynamics of adsorption from binary solutions on graphon Matayo, D.R.
1972
1-24 3 p. 328-
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1847 The threshold curve for the displacement of atoms in graphite: Experiments on the resistivity changes produced in single crystals by fast electron irradiation at 15°K Lucas, M.W.
1964
1-24 3 p. 345-352
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1848 161. The threshold curve for the displacement of atoms in graphite-experiments on the resistivity changes produced in single crystals by fast electron irradiation at 15°K Lucas, M.W.
1964
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1849 The transformation of acetylene black into onion-like hollow carbon nanoparticles at 1000°C using an iron catalyst Lian, Wentao
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1850 30. The transport properties of stress-recrystallized graphite Ubbelohde, A.R.
1965
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1851 The Twelfth American Biennial Conference on Carbon 1974
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1852 The twenty-fifth anniversary annual meeting of the carbon society of Japan 1975
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1853 The use of γ-alumina-polymerized furfuryl alcohol resin binders in the fabrication of graphite Wewerka, E.M.
1972
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1854 112. The use of chemical additives for improved graphite densification and neutron radiation stability Morrisson, T.E
1964
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1855 The use of optical microscopy to detect the bubble shape of carbon foams Wang, Mei-Xian
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1856 The use of surface signal enhancement techniques in X-ray photoelectronic studies of carbon fibre surfaces Jones, C.
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1857 The vapor pressures of mixtures of cesium and rubidium sorbed by graphite at high temperatures Hairet, M.J.
1972
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1858 155. The variations in elastic modulus of carbons and graphites over the temperature range —196°C to 1000°C 1965
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1859 The volume adsorption capacity of activated carbon at 25°C for 100 ppm acetylene, methane, methanol and toluene Photinos, P.J.
1978
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1860 Thin-film particles of graphite oxide. 2: Preliminary studies for internal micro fabrication of single particle and carbonaceous electronic circuits Hirata, Masukazu
2005
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1861 Third series of George D. Graffin lectures in carbon science and engineering 1981
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1862 Three dimensional reinforced carbon-carbon composites McAllister, L.E.
1972
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1863 185. Threshold energy for the displacement of atoms in graphite Montet, G.L
1965
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1864 Time changes in the reactivity and properties of coke deposits in cracking furnace tubes Silveston, P.L.
1989
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1865 Time dependence of carbon species distribution during the sublimation of graphite Wachi, F.M.
1972
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1866 Titration of tetraethylenepentamine (TEPA) and its phenyl isocyanate reaction products: A model correction factor for determination of TEPA grafted to carbon surfaces Pittman Jr, C.U.
1997
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1867 Topographical studies of oxidized graphite surfaces: A summary of the present position Thomas, J.M.
1969
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1868 135. Total normal total hemispherical and spectral emittance of several well characterized carbon and graphite materials Plunkett, J.D.
1965
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1869 Transformation of carbon nanotubes to nanoparticles by ball milling process Li, Y.B.
1999
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1870 Transformation of polyyne-containing carbon to nanoscale carbon tubules Kawase, Noboru
1999
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1871 55. Transformations des carbones sous l'effet des hautes températures croisantes Mering, J
1964
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1872 Transformation to hard-type carbon solids from petroleum coke powder by grinding Kobayashi, K.
1978
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1873 111. Transient heat flow in a stirred mixer Morrisson, T.E
1964
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1874 Transient solution of chemical vapor infiltration/deposition in a reactor Ibrahim, John
2011
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1875 Transition of graphite into diamond in a solid phase under the atmospheric pressure Fedoseev, D.V.
1983
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1876 Transmission electron microscopy of isotropic pyrocarbon deposited on spherical particles for high temperature reactor Pelissier, Joseph
1975
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1877 Transmission IR microscopy (750–1200 nm) of semicoke Harris, L.A.
1979
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1878 167. Transport properties of boron pyrographalloys Klein, C.A
1964
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1879 Transverse thermal expansion characteristics of graphite fibers Fanning, R.C.
1972
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1880 Triangular versus honeycomb structure in atomic-resolution STM images of graphite Paredes, J.I.
2001
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1881 Tribological properties of FeCl3-graphite intercalation compound rubbed film on steel Jun, T.
1997
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1882 Tuning the physico-electrochemical properties of novel cobalt (II) octa[(3,5-biscarboxylate)-phenoxy] phthalocyanine complex using phenylamine-functionalised SWCNTs Agboola, Bolade O.
2010
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1883 Tunneling spectroscopy of graphite Shiiki, K.
1972
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1884 170. Turbostratic graphite Wagoner, G
1964
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1885 Twelfth American Carbon Conference 1974
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1886 Ultra high thermal conductivity polymer composites Chen, Yu-Mao
2002
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1887 Ultrasonic measurements of the elastic properties of carbon-fiber, resin-matrix composites Smith, R.E.
1972
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1888 Unambiguous atomic structural determination of single-walled carbon nanotubes by electron diffraction Jiang, Hua
2007
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1889 Uncatalysed and catalysed CO2 reaction using metal catalysts and binary vanadium mixtures supported on activated carbon Carabineiro, Sónia A
2001
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1890 Unusual structural characteristics of a unique thin pyrolytic graphite film Stanley, H.D.
1972
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1891 Use of modified activated carbon for the oxidation of aqueous sulfide Lemos, Bruno R.S.
2012
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1892 66. Use of strength measurements to follow the reaction kinetics of a hydrocarbon bond system Becker, Eugene
1964
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1893 UV light exposure of aqueous graphene oxide suspensions to promote their direct reduction, formation of graphene–metal nanoparticle hybrids and dye degradation Guardia, L.
2012
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1894 UV-visible and near-IR spectra of heat-treated pitches during mesophase formation Ito, Osamu
1993
1-24 3 p. 401-406
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1895 Vacancies and interstitial clusters in irradiated graphite Hinman, George W.
1970
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1896 Validite de quelques modeles electroniques simples de carbones Boy, F.
1967
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1897 Vanadium supported on carbon coated honeycomb monoliths for the selective catalytic reduction of NO at low temperatures: Influence of the oxidation pre-treatment García-Bordejé, E.
2006
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1898 Vapor-grown carbon fibers from benzene pyrolysis Jayasankar, Mahalingam
1995
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1899 Vapor growth of micro-coiled carbon fibers and the properties Motojima, Seiji
1997
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1900 66. Vaporization of plain and boron doped pyrolytic graphite Zavitsanos, P.D.
1965
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1901 Variable-range hopping conduction and negative magnetoresistance of disordered carbons at low temperature Hishiyama, Y.
1979
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1902 Variation of the pore structure of coal chars during gasification Feng, Bo
2003
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1903 65. Variations in carbon body properties with coal tar pitch binder properties Baumbach, D.O
1964
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1904 140. Variations in physical properties of some molded graphites Pyron Jr., C.M
1965
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1905 119. Variation thermique du coefficient de Hall de carbones pregraphitiques pulverulents Boisard, F.
1964
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1906 153. Variation thermique du paramagnétisme des carbones pregraphitiques Marchand, A.
1964
1-24 3 p. 398-399
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1907 Various aspects of interaction between electrons and phonons in graphite Mizushima, S.
1979
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1908 4523321 Vertical carbonizing furnace for use in the production of carbon fibers Murakami, Yukihiro
1986
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1909 Viscoelastic properties of carbon mixes Chari, S.S.
1966
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1910 152. Viscoelastic properties of carbon mixes 1965
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1911 Visible light driven photodynamic anticancer activity of graphene oxide/TiO2 hybrid Hu, Zhen
2012
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1912 Vitreous carbon micro-lattice structures Jacobsen, Alan J.
2011
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1913 Water adsorption by activated carbons in relation to their microporous structure Slasli, A.M.
2003
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1914 Water and cyclohexane vapour adsorption on oxidized porous carbon Barton, S.S.
1984
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1915 Water/oil repellency and drop sliding behavior on carbon nanotubes/carbon paper composite surfaces Hsieh, Chien-Te
2010
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1916 Water-soluble single-walled carbon nanotubes via noncovalent functionalization by a rigid, planar and conjugated diazo dye Hu, Chengguo
2006
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1917 4342679 Wear-resistant sintered composition having an empirical formula CF1.3 comprising graphite fibers, fluonnated graphite, and PTFE Abrahams, Louis
1983
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1918 XPS study on the surface structure of carbon fibers using chemical modification and C1s line shape analysis Takahagi, T.
1988
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1919 36. X-ray diffraction characteristics and microstructure of the chars of an ablating composite Bradshaw, W
1964
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1920 X-ray diffraction of Croft's graphite/chromium trioxide material Ebert, L.B.
1987
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1921 X-ray diffraction of multiwalled carbon nanotube under high pressure: Structural durability on static compression Yusa, Hitoshi
2005
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1922 X-ray emission spectra of carbon materials Kurmaev, E.Z.
1986
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1923 X-ray photoelectron spectra of DPPH and of diphenylpicrylhydrazine Drummond, I
1972
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1924 X-ray photoelectron spectroscopic studies of carbon fibre surfaces vii-electrochemical treatment in ammonium salt electrolytes Kozlowski, Carol
1986
1-24 3 p. 357-363
7 p.
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1925 X-ray photo-electron spectroscopy as a means of determining the band structure of carbons Barber, M
1972
1-24 3 p. 356-
1 p.
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1926 X-ray preferred orientation studies of carbon fibers Duliere, S.
1972
1-24 3 p. 330-
1 p.
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1927 X-Ray small-angle scattering of glassy carbon Ferret, R.
1972
1-24 3 p. 344-
1 p.
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1928 73. X-ray studies of the formation of graphite from silicon carbide Badami, D.V
1964
1-24 3 p. 375-
1 p.
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1929 129. X-ray studies on the carbonization and graphitization of acenaphthylene and bifluorenyl Ruland, W.
1964
1-24 3 p. 391-
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1930 34. X-ray studies on the crystallite growth during graphitization Fritz, W.
1965
1-24 3 p. 333-
1 p.
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1931 57. X-ray study of pyrolytic graphites and glassy carbons Bragg, R.H.
1965
1-24 3 p. 340-
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1932 Zum reaktionsmechanismus der vergasung von kohlenstoff mit kohlendioxid—I Löwe, A.
1974
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14 p.
artikel
                             1932 gevonden resultaten
 
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