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                             1962 gevonden resultaten
nr titel auteur tijdschrift jaar jaarg. afl. pagina('s) type
1 186. Ability of asphalts to graphitize: Structure and microstructure Monthioux, M.
1982
1-24 2 p. 145-
1 p.
artikel
2 Abnahme der Koeffizienten der linearen thermischen ausdehnung von Graphiten bei der Hochtemperaturbestrahlung bis zu hohen Neutronendosen Fitzer, E.
1968
1-24 2 p. 273-275
3 p.
artikel
3 139. Absorption expansion and elastic properties of wood charcoal Razouk, R.I
1968
1-24 2 p. 229-
1 p.
artikel
4 Absorption factors for a modified bacon preferred-orientation technique Bokros, J.C.
1965
1-24 2 p. 167-174
8 p.
artikel
5 Absorption of iodine by coal and lignite Aronson, S.
1976
1-24 2 p. 93-95
3 p.
artikel
6 A carbide-derived carbon laminate used as a mechanoelectrical sensor Must, Indrek
2012
1-24 2 p. 535-541
7 p.
artikel
7 A carbon gel catalyst layer for the roll-to-roll production of dye solar cells Miettunen, Kati
2011
1-24 2 p. 528-532
5 p.
artikel
8 A carbon nanotube-based composite for the thermal control of heat loads Shaikh, Shadab
2012
1-24 2 p. 542-550
9 p.
artikel
9 A carbyne observed in a marketing microgrid Ando, Yoshinori
1995
1-24 2 p. 171-175
artikel
10 77. A chemical theory of graphite Brown, R.L
1984
1-24 2 p. 212-
1 p.
artikel
11 A comparative structural study of ternary graphite intercalation compounds containing alkali metals and linear or branched amines Maluangnont, Tosapol
2012
1-24 2 p. 597-602
6 p.
artikel
12 114. A comparative study of the gaseous oxidation of vitreous carbon and various graphites at 1500–3000°K Lewis, J.C
1968
1-24 2 p. 223-
1 p.
artikel
13 269. A comparison of the characteristics of graphites irradiated at 600 and 900°C Kennedy, C.R.
1984
1-24 2 p. 235-
1 p.
artikel
14 A comparison of two reference materials for adsorption of nitrogen on activated carbons Rodriguez-Reinoso, F.
1989
1-24 2 p. 297-299
3 p.
artikel
15 A comprehensive picture of the electrical phenomena in carbon black–polymer composites Balberg, I
2002
1-24 2 p. 139-143
5 p.
artikel
16 A consolidated calcium chloride-expanded graphite compound for use in sorption refrigeration systems Oliveira, R.G.
2007
1-24 2 p. 390-396
7 p.
artikel
17 298. A correlation between coke properties, binder pitch content, and electrode properties Wagner, W.H.
1984
1-24 2 p. 238-
1 p.
artikel
18 57. Acoustic emission in graphite under stress Gilchrist, K
1968
1-24 2 p. 211-
1 p.
artikel
19 4395814 Acoustic vibrating element of graphite and method of manufacturing same Tsukagoshi, Tsunehir
1984
1-24 2 p. vi-
1 p.
artikel
20 18. Acoustomagnetoelectric effect in graphite Ohashi, Yoshiko F.
1982
1-24 2 p. 126-
1 p.
artikel
21 98. A critical evaluation of the flash method for measuring thermal conductivity of manufactured graphite Andersen, W.A
1968
1-24 2 p. 220-
1 p.
artikel
22 Action de l'acide disulfurique sur le graphite Iskander, B.
1983
1-24 2 p. 167-
1 p.
artikel
23 91. Action of nitrosylhydrogensulfate on graphite and polyacetylene Billaudt, D.
1982
1-24 2 p. 135-
1 p.
artikel
24 4642304 Activated carbon and process for its production Karl, Alfon
1988
1-24 2 p. II-
1 p.
artikel
25 Activated carbon fibers and films derived from poly(vinylidene fluoride) Yamashita, J
2001
1-24 2 p. 207-214
8 p.
artikel
26 Activated carbon surface heterogeneity seen by parallel probing by inverse liquid chromatography at the solid/liquid interface and by gas adsorption analysis at the solid/gas interface Garnier, C.
2007
1-24 2 p. 240-247
8 p.
artikel
27 Activated carbons with metal containing bentonite binders as adsorbents of hydrogen sulfide Nguyen-Thanh, Danh
2005
1-24 2 p. 359-367
9 p.
artikel
28 Activated charcoal cloth as a “support” for copper in the decomposition of formic acid Brown, P.N.
1989
1-24 2 p. 171-176
6 p.
artikel
29 Activation of pre-chlorinated anthracite in carbon dioxide and steam Walker Jr., P.L.
1995
1-24 2 p. 239-241
artikel
30 141. Activity coefficients of adsorbed gas mixtures: nitrogen-oxygen on anatase Trotta Jr., F.J
1968
1-24 2 p. 229-
1 p.
artikel
31 79. Actual circumstances as to the application of glassy carbon Yamada, S
1968
1-24 2 p. 216-
1 p.
artikel
32 223. Adhesion problems between carbon fibres and polymers in CFRP Fitzer, E.
1982
1-24 2 p. 149-
1 p.
artikel
33 Adhesive properties between graphite substrate and the low temperature pyrolytic carbon (LTPC) deposited on it Kojima, Akira
1982
1-24 2 p. 121-123
3 p.
artikel
34 A DRIFTS study of the heterogeneous reaction of NO2 with carbonaceous materials at elevated temperature Muckenhuber, Harald
2007
1-24 2 p. 321-329
9 p.
artikel
35 175. Adsorption and decomposition of silver complexes on carbons Ehrburger, P
1984
1-24 2 p. 223-
1 p.
artikel
36 187. Adsorption and mobility of water molecules in carbonaceous adsorbents Dubinin, M.M.
1984
1-24 2 p. 225-
1 p.
artikel
37 Adsorption from benzene-ethanol binary solutions on activated carbons with different contents of oxygen surface complexes Jankowska, H.
1983
1-24 2 p. 117-120
4 p.
artikel
38 Adsorption from binary liquid mixtures on commercial activated carbons Buczek, B.
1995
1-24 2 p. 129-134
artikel
39 Adsorption of a diamine salt of carboxylic acid by carbon blacks Bradley, R.H.
1995
1-24 2 p. 233-234
artikel
40 126. Adsorption of anions on activated carbon Yoshida, H.
1982
1-24 2 p. 138-
1 p.
artikel
41 114. Adsorption of cyanogen chloride and chloropicrine on activated carbon Staginnus, B.
1982
1-24 2 p. 137-
1 p.
artikel
42 Adsorption of dysprosium ions on activated charcoal from aqueous solutions Qadeer, Riaz
1995
1-24 2 p. 215-220
artikel
43 189. Adsorption of gases on heterogeneous activated carbons Sircar, Shivaji
1984
1-24 2 p. 225-
1 p.
artikel
44 Adsorption of gas mixture on activated carbon Tsai, M.C.
1985
1-24 2 p. 167-173
7 p.
artikel
45 140. Adsorption of helium by carbonaceous surfaces Donnet, J.B
1968
1-24 2 p. 229-
1 p.
artikel
46 Adsorption of hydrogen sulphide (H2S) by activated carbons derived from oil-palm shell Guo, Jia
2007
1-24 2 p. 330-336
7 p.
artikel
47 143. Adsorption of iodine from aqueous solution by porous carbons Hill, A
1968
1-24 2 p. 230-
1 p.
artikel
48 Adsorption of krypton at 77K on fullerene C60, graphitized carbon black and diamond Krätschmer, W.
1999
1-24 2 p. 301-305
5 p.
artikel
49 Adsorption of monosaccharides, disaccharides, and maltooligosaccharides on activated carbon for separation of maltopentaose Lee, Jae-Wook
2004
1-24 2 p. 371-380
10 p.
artikel
50 Adsorption of NH3 and H2S on activated carbon and activated carbon–sepiolite pellets Molina-Sabio, M
2004
1-24 2 p. 448-450
3 p.
artikel
51 Adsorption of normal alcohols and fatty acids on active carbons from aqueous solution studied with heat of immersion Hukao, Kinnosuke
1991
1-24 2 p. 173-178
6 p.
artikel
52 Adsorption of phosgene and chloroform by activated and impregnated carbons Chiou, C.T.
1977
1-24 2 p. 49-53
5 p.
artikel
53 Adsorption of some solutes on heat-treated meso-carbon microbeads treated by plasma Esumi, K.
1989
1-24 2 p. 301-303
3 p.
artikel
54 Adsorption of sulfur compounds in fuel oil using activated carbon introduced acidic functional groups Nishiyama, Takeshi
2010
1-24 2 p. 571-
1 p.
artikel
55 Adsorption of the ions of zinc, cadmium, copper, and lead on oxidized anthracite Petrov, N.
1992
1-24 2 p. 135-139
5 p.
artikel
56 Adsorption of water vapor by non-porous carbons Carrott, P.J.M.
1992
1-24 2 p. 201-205
5 p.
artikel
57 5. Adsorption on the graphite surface: Two-dimensional fluids Glandt, E.D.
1982
1-24 2 p. 125-
1 p.
artikel
58 Adsorption processes for water treatment Jenkins, Robert G.
1988
1-24 2 p. 257-
1 p.
artikel
59 Adsorption properties of carbon prepared from poly(tetrafluoroethylene) Zukal, A.
1984
1-24 2 p. 115-122
8 p.
artikel
60 Adsorption properties of exfoliated graphites prepared by dissociation of different intercalation compounds Bockel, C.
1981
1-24 2 p. 142-
1 p.
artikel
61 159. Adsorption studies of strontium on activated carbons from aqueous solutions Rivera-Utrilla, J
1984
1-24 2 p. 221-222
2 p.
artikel
62 Adsorptive immobilization of enzymatic active substances on alumina–silica foam coated by carbon nanofibers Kovalenko, G.A.
2009
1-24 2 p. 420-427
8 p.
artikel
63 A dynamic continuum of nanostructured carbons in the combustion furnace Pontier Johnson, M
2002
1-24 2 p. 189-194
6 p.
artikel
64 A first-principles study on the bond characteristics in carbon containing Mo, Ag, or Al impurity atoms Choi, Jung-Hae
2008
1-24 2 p. 185-188
4 p.
artikel
65 A general theoretically derived equation for the coke yield in liquid phase pyrolysis Hüttinger, Klaus J.
1989
1-24 2 p. 285-288
4 p.
artikel
66 Air-blowing reactions of pitch: I. Oxidation of aromatic hydrocarbons Yamaguchi, Chiharu
1995
1-24 2 p. 193-201
artikel
67 110. Air oxidation studies in a long graphite channel Hawtin, P
1968
1-24 2 p. 222-
1 p.
artikel
68 Alteration of metallic microconstituents in petroleum coke by high temperature treatment Ugarković, D.
1986
1-24 2 p. 195-201
7 p.
artikel
69 63. Alternative precursors for mesophase formation Sadeghi, M.A
1984
1-24 2 p. 210-
1 p.
artikel
70 176. A mass spectrometric study of the species involved in carbon deposition from RF discharges in carbon containing gases Evans, H.E
1968
1-24 2 p. 236-
1 p.
artikel
71 A method for creating reliable and low-resistance contacts between carbon nanotubes and microelectrodes Chen, Changxin
2007
1-24 2 p. 436-442
7 p.
artikel
72 44. A method for determining the microstructural changes in graphite that accompany high-temperature deformation Green, W.V
1968
1-24 2 p. 209-
1 p.
artikel
73 A method for the coating of silica spheres with an ultrathin layer of pristine single-walled carbon nanotubes Fujigaya, Tsuyohiko
2011
1-24 2 p. 468-476
9 p.
artikel
74 202. A microstructural and finite element approach to graphite fracture Rose, A.P.G.
1984
1-24 2 p. 227-
1 p.
artikel
75 163. A model for coal oxidation under chemical control Karsner, G.G.
1982
1-24 2 p. 143-
1 p.
artikel
76 A model for the catalytic growth of carbon filaments Chitrapu, P.
1992
1-24 2 p. 285-293
9 p.
artikel
77 205. A model for the endurance of graphite under successive, randomly varying, impact stresses Birch, M.
1984
1-24 2 p. 227-
1 p.
artikel
78 A model for the oxidation of carbon silicon carbide composite structures Sullivan, Roy M.
2005
1-24 2 p. 275-285
11 p.
artikel
79 45. A model for the variation of in-plane conductivity with stage in intercalation compounds of graphite Setton, R.
1982
1-24 2 p. 129-130
2 p.
artikel
80 69. A model to describe neutron-induced dimensional changes in pyrolytic carbon Bokros, J.C
1968
1-24 2 p. 214-
1 p.
artikel
81 A modified structural model describing the interference-function of pyrolized non-graphitizing carbon Braun, W.
1978
1-24 2 p. 81-83
3 p.
artikel
82 185. A molecular sieve carbon membrane for continuous process gas separation Koresh, Jacob
1984
1-24 2 p. 225-
1 p.
artikel
83 Analyse de la forme et de la position de signaix rpe observes sur des carbones graphitiques pulverulents Delhaes, P.
1968
1-24 2 p. 257-266
10 p.
artikel
84 Analysis of a bulk coal-tar reference pitch sample by neutron and photon activation analysis, X-Ray fluorescence spectrometry, and atomic absorption spectroscopy Kocman, V.
1989
1-24 2 p. 185-190
6 p.
artikel
85 230. Analysis of carbon fiber tensile strength distributions exhibiting multiple modes of failure Beetz Jr., Charles P.
1982
1-24 2 p. 150-
1 p.
artikel
86 Analysis of high temperature creep in pyrolytic carbon Kotlensky, W.V.
1966
1-24 2 p. 209-210
2 p.
artikel
87 152. Analysis of the effect of radiolytic oxidation in carbon dioxide on the transport of gases through graphite Johnson, P.A.V.
1982
1-24 2 p. 141-142
2 p.
artikel
88 Analysis of the structure of a glassy carbon using the fourier transform technique Ergun, Sabri
1973
1-24 2 p. 127-138
12 p.
artikel
89 An analysis of electron diffraction patterns of thin vapour-grown carbon filaments Jaeger, H.
1992
1-24 2 p. 269-284
16 p.
artikel
90 An analysis of preferred orientation induced in stretched pitch mesophases and derived graphites Jenkins, J.C.
1986
1-24 2 p. 93-100
8 p.
artikel
91 An analysis of the factors affecting strengthening in carbon nanotube reinforced aluminum composites Bakshi, Srinivasa R.
2011
1-24 2 p. 533-544
12 p.
artikel
92 A nanocontainer for the storage of hydrogen Ye, X.
2007
1-24 2 p. 315-320
6 p.
artikel
93 An anomalous structure in graphite whiskers Baker, C.
1969
1-24 2 p. 293-294
2 p.
artikel
94 An EELS study of an individual boron-doped multi-walled carbon nanotube Shindou, Emi
2010
1-24 2 p. 572-
1 p.
artikel
95 155. An electron microscopic and x-ray photoelectron spectroscopic study of calcined and partially gasified nickel containing chars Wigmans, T.
1982
1-24 2 p. 142-
1 p.
artikel
96 120. An electron microscopic investigation of the graphite-water reaction Montet, G.L
1968
1-24 2 p. 225-
1 p.
artikel
97 An electron spin resonance study of the carbonization of the aromatic hydrocarbon acenaphthylene Singer, L.S
1964
1-24 2 p. 115-120
6 p.
artikel
98 166. An ESCA study of the surface oxidation of bituminous coal Grint, A.
1982
1-24 2 p. 143-
1 p.
artikel
99 281. An evaluation of the critical pv-values of carbons for a mechanical seal by thermal shock testing Sato, S.
1982
1-24 2 p. 156-
1 p.
artikel
100 277. An evaluation of the significance of inverse oxidation for HTGR graphite Lee, B.S.
1984
1-24 2 p. 236-
1 p.
artikel
101 An evaluation of the thermodynamic properties and the P, T phase diagram of carbon Gustafson, Per
1986
1-24 2 p. 169-176
8 p.
artikel
102 A new adsorption–desorption model for water adsorption in porous carbons Horikawa, Toshihide
2011
1-24 2 p. 416-424
9 p.
artikel
103 123. A new approach to carbon surface group analysis Rivin, D
1968
1-24 2 p. 226-
1 p.
artikel
104 296. A new grade of isotropic nuclear graphite for HTR reflector components Janssen, K.
1982
1-24 2 p. 157-
1 p.
artikel
105 A new laser technique for the formation of oxide surface complexes on carbon cloth Kaludjerović, B.V
2004
1-24 2 p. 443-445
3 p.
artikel
106 190. A new method for analysing adsorption on solids containing mesopores and micropores Ali, Suha
1984
1-24 2 p. 225-
1 p.
artikel
107 228. A new process of the isotropic pyrolytic carbon deposition Lee, J.-Y.
1984
1-24 2 p. 230-
1 p.
artikel
108 A new role for phosphorus in graphitization of phenolic resin Imamura, R
1999
1-24 2 p. 261-267
7 p.
artikel
109 A new ternary compound CsC24 (C2H4)x Takahashi, Y.
1991
1-24 2 p. 283-284
2 p.
artikel
110 31. A new type of submillimeter wave generator utilizing turbostratic carbons Yazawa, K
1968
1-24 2 p. 206-
1 p.
artikel
111 An examination of five preferred orientation functions Horton, William S.
1979
1-24 2 p. 153-155
3 p.
artikel
112 An experimental and theoretical examination of the effect of sulfur on the pyrolytically grown carbon nanotubes from sucrose-based solid state precursors Kucukayan, Gokce
2011
1-24 2 p. 508-517
10 p.
artikel
113 203. An in situ electron spin resonance investigation of the free radicals in coal depolymerization Petrakis, L.
1982
1-24 2 p. 147-
1 p.
artikel
114 169. An interpretation of the complex X-ray spectra observed for certain petroleum cokes Biederman, D.L
1968
1-24 2 p. 235-
1 p.
artikel
115 An investigation of the design variables for producing activated carbons from victorian brown coals by reaction with steam J. McCarthy, D.
1977
1-24 2 p. 95-101
7 p.
artikel
116 259. An investigation of the impact properties of graphite Birch, M.
1982
1-24 2 p. 153-
1 p.
artikel
117 An investigation of vapor deposited boron rich carbon–a novel graphite-like material–part I: the structure of BC x (C6B) thin films Hach, Charles T
1999
1-24 2 p. 221-230
10 p.
artikel
118 An iron catalyst for CVD of methane on carbon fibers Zielinski, Richard E.
1992
1-24 2 p. 295-299
5 p.
artikel
119 183. Anisotropic crystal growth in thin carbon films Presland, A.E.B
1968
1-24 2 p. 238-
1 p.
artikel
120 41. Anisotropic development in a low rank coal Rincón, J.M
1984
1-24 2 p. 207-
1 p.
artikel
121 23. Anisotropic/isotropic coke precursors in decant oil Albaugh, E.W
1984
1-24 2 p. 205-
1 p.
artikel
122 225. Anisotropic percolation in carbon fiber polymer composites Carmona, F.
1982
1-24 2 p. 149-
1 p.
artikel
123 Anisotropic reactivities of graphite—I. Reactions of ozone and graphite Hennig, Gerhart R.
1965
1-24 2 p. 107-108
2 p.
artikel
124 107. Anisotropy effects in the linearly polarized X-ray absorption spectrum of Br2 intercalated graphite fibers and HOPG Feldman, J.L
1984
1-24 2 p. 216-
1 p.
artikel
125 Annealing a graphene oxide film to produce a free standing high conductive graphene film Chen, Cheng-Meng
2012
1-24 2 p. 659-667
9 p.
artikel
126 6. Annealing studies of pile-irradiated graphite (II). Electronic properties Tsuzuku, T.
1968
1-24 2 p. 200-
1 p.
artikel
127 34. Annealing studies of pile-irradiated graphite (I). Internal friction Tsuzuku, T
1968
1-24 2 p. 207-
1 p.
artikel
128 Announcement 1974
1-24 2 p. 223-
1 p.
artikel
129 Announcement 1971
1-24 2 p. 227-
1 p.
artikel
130 Announcement of change in the journal 1964
1-24 2 p. 193-194
2 p.
artikel
131 Anodic performances of anisotropic carbon derived from isotropic quinoline pitch Mochida, Isao
1999
1-24 2 p. 323-327
5 p.
artikel
132 103. Anomalies in the thermal conductivity and thermopower in CoCl2 intercalated graphite Sugihara, Ko
1984
1-24 2 p. 215-
1 p.
artikel
133 Anomalous behaviour of a small laboratory acheson graphitization furnace Bahl, O.P.
1974
1-24 2 p. 214-216
3 p.
artikel
134 28. Anomalous Hall effect and electronic structure of pyrolytic carbons Yazawa, K.
1968
1-24 2 p. 206-
1 p.
artikel
135 15. Anomalous magnetoresistance of single crystal graphite Tanuma, S.
1982
1-24 2 p. 126-
1 p.
artikel
136 104. Anomalous pressure dependences of the super-conducting transition temperature of graphite intercalation compounds Delong, L.E
1984
1-24 2 p. 215-
1 p.
artikel
137 Anomalous stored energy and c-axis changes in alternately irradiated and annealed graphite Schweitzer, Donald G
1964
1-24 2 p. 185-191
7 p.
artikel
138 238. An optkal and scanning microscopy study of structure in pan carbon fibres Griffiths, J.A.
1982
1-24 2 p. 151-
1 p.
artikel
139 A novel activated carbon honeycomb catalyst for simultaneous SO2 and NO removal at low temperatures Wang, Yanli
2004
1-24 2 p. 445-448
4 p.
artikel
140 A novel method for the fabrication of ordered and three dimensionally interconnected macroporous carbon with mesoporosity Kim, Pil
2006
1-24 2 p. 389-392
4 p.
artikel
141 143. An unusual resistivity maximum in low modulus carbon fibers Goldberg, H.A
1984
1-24 2 p. 220-
1 p.
artikel
142 An X-ray study of carbon blacks produced from coals Bayer, James
1967
1-24 2 p. 107-108
2 p.
artikel
143 A possible mechanism of sulphur-induced graphitization Brandtzæg, S.R.
1988
1-24 2 p. 163-168
6 p.
artikel
144 4404178 Apparatus and method for producing carbon black Johnson, Paul H
1984
1-24 2 p. iii-
1 p.
artikel
145 4643880 Apparatus and process for carbon black production King, William R
1988
1-24 2 p. II-
1 p.
artikel
146 Apparent fractal dimensions obtained from small-angle scattering of carbon materials Ruland, W
2001
1-24 2 p. 323-324
2 p.
artikel
147 3. Application of EXAFS to the bromine-graphite system Stern, E.A.
1982
1-24 2 p. 125-
1 p.
artikel
148 Application of potential theory to adsorption of binary mixtures on activated carbon Huang, Jan-Chan
1982
1-24 2 p. 118-120
3 p.
artikel
149 Application of the Dubinin-Radushkevich equation to iodine adsorption by activated carbons from aqueous solution Meguro, Takeshi
1985
1-24 2 p. 137-140
4 p.
artikel
150 65. Application of the SARCI system to the graphite research program at the Los Alamos Scientific Laboratory Wagner, P
1968
1-24 2 p. 213-
1 p.
artikel
151 A processing window for injection of mesophase pitch into a fiber preform White, J.L.
1994
1-24 2 p. 301-310
10 p.
artikel
152 Architectural application of carbon fibers Ogawa, H.
2000
1-24 2 p. 211-226
16 p.
artikel
153 Are carbon blacks formed from liquid crystalline systems? Donnet, J.B.
1974
1-24 2 p. 212-214
3 p.
artikel
154 158. A replication technique for examining dynamic changes in graphite Sabett, V.S
1968
1-24 2 p. 233-
1 p.
artikel
155 A reply to the comments of Wade and Gillis Smith, Morton C.
1969
1-24 2 p. 333-334
2 p.
artikel
156 A rheological and thermal characterization of carbonaceous hydrogel produced from pitch Preiss, H.
1994
1-24 2 p. 351-353
3 p.
artikel
157 25. Aromatic asphaltenes Part I. Asphaltenes of aromatic pitches Dickakian, Ghaz
1984
1-24 2 p. 205-206
2 p.
artikel
158 Aromaticity and ring condensation in pyrolyzed pitches Ollivier, P.J.
1986
1-24 2 p. 151-158
8 p.
artikel
159 175. Aromatic pitch production using steam cracker tar Dickakian, G.
1982
1-24 2 p. 144-
1 p.
artikel
160 Arrangement mutuel des couches atomiques dans les carbones tendres partiellement graphités Tchoubar, Denise
1973
1-24 2 p. 103-111
9 p.
artikel
161 207. A scanning electron microscope study of fractured and etched metallurgical coke surfaces Hays, D.
1982
1-24 2 p. 147-
1 p.
artikel
162 A self-consistent method to determine accessible volume, area and pore size distribution (APSD) of BPL, Norit and AX-21 activated carbon Herrera, L.F.
2012
1-24 2 p. 500-509
10 p.
artikel
163 247. A simple nucleation/depletion model for the spherule size of particulate carbon Smith, George W.
1982
1-24 2 p. 152-
1 p.
artikel
164 278. A solid brush system as a 1.5 × 106 a make-switch Taylor, O.S.
1982
1-24 2 p. 155-
1 p.
artikel
165 264. A source of metallic particles which catalyze carbon filament growth Bradley, John R.
1984
1-24 2 p. 234-
1 p.
artikel
166 A specific heat anomaly in multiwall carbon nanotubes as a possible sign of orientational order–disorder transition Jorge, G.A.
2010
1-24 2 p. 525-530
6 p.
artikel
167 216. Aspects of formation of carbon/carbon fibre composites by co-carbonization of PAN fibres and matric precursor Markovic, V.
1982
1-24 2 p. 148-149
2 p.
artikel
168 47. Asphalts as studied by optical microscopy, transmission electron microscopy and X-ray diffraction Bourrat, X
1984
1-24 2 p. 208-
1 p.
artikel
169 Assembly of strands of multiwall carbon nanotubes and gold nanoparticles using alkanedithiols Park, Sunmi
2011
1-24 2 p. 487-494
8 p.
artikel
170 Assessment and optimization of the stabilization process of mesophase pitch fibers by thermal analyses Yoon, Seong-Ho
1994
1-24 2 p. 281-287
7 p.
artikel
171 A statistical examination of five models for preferred orientation in carbon materials Ratkowsky, D.A.
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209 192. Calculating the elastic constants of graphite Gillis, Peter P.
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210 Calendar 2009
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237 Carbon calendar 1993
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239 Carbon calendar 1994
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270 35. Carbonization and graphitization of Solvent Refined Coal Sultzbaugh, John M
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273 13. Carbonization kinetics of nitrogen-containing aromatic compounds Griffin, Robert R
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365 Chemistry and Physics of Carbon Noda, T.

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367 6. Chemistry of carbonization Lewis, I.C.
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370 161. 13C NMR analysis of charcoal adsorbents Resing, H.A
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371 52. 13C NMR of KC24(BZ)2, a “benzene-potassium complex ion” graphite intercalation compound Beguin, F.
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372 CO2 activation of olive stones carbonized under pressure Rodrı́guez-Valero, M.A.
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373 Coaltar pitch based carbon fiber having high young's modulus Hamada, Takeshi
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374 Coating of carbon fibers with amorphous SiC films as diffusion barriers by chemical vapor deposition with triisopropylsilane Kusakabe, Katsuki
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375 209. Co-carbonization of american coals with ashland petroleum pitch Regan, S.
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376 9. Co-carbonization of anthracene and phenanthrene Jastrzȩbski, Jerzy
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377 59. Co-carbonization of gasflame coal with petroleum residue Bujnowska, Bożena
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378 184. Co-carbonization of petroleum pitch and model organic compounds Pacheco, L.
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379 176. Cocarbonization properties of coal based pitches Mochida, I.
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380 34. Co-carbonizations of a Solvent-Refined Coal with selected coal types—II. Microstrength and reactivity of cokes produced Tsai, Ching-Yi
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381 33. Co-carbonizations of a Solvent-Refined Coal with selected coal types—I. Thermoplasticity and optical texture development Tsai, Ching-Yi
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382 Coke formation on metal surfaces Thrower, P.A.
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383 283. Coke microstructure and metals content in delayed coking of Canadian oil sands bitumen Ragan, S.
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384 37. Coking and non-coking coals Weinberg, V.A
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385 CO2-laser-assisted deposition of carbon coating on the surface of carbon fibers Digilov, M.
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389 Combustion synthesis of fullerenes and fullerenic nanostructures Goel, Anish
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390 Comite internacional para la caracterizacion y la terminologia del carbon Rodriguez-Reinoso, F.
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393 Comparison of carbon in shungite rocks to other natural carbons: An X-ray and TEM study Kovalevski, V.V
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394 Comparison of CNF and XC-72 carbon supported palladium electrocatalysts for magnesium air fuel cell Yang, Weiqian
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396 Comparison of structural models for high-ash char gasification Lu, G.Q.
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399 Comparison of three methods to predict adsorption isotherms for organic vapors from similar polarity and nonsimilar polarity reference vapors Noll, Kenneth E.
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400 Comparisons between fullerene and forms of well-known carbons Ismail, Ismail M.K
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453 Deformation of graphite lattices by interstitial C2 molecules Santos, E.
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471 Determination of porosity and thermodynamic functions of adsorption on an “Agot” grade nuclear graphite Bañares-Muñoz, M.A.
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472 Determination of thermal vibration amplitudes in graphite using integrated X-ray intensities corrected for thermal diffuse scattering Fitzer, E.
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476 120. Development of a non-destructive test for charcoal beds Smith, M.E.
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477 Development of longitudinal mesoscopic textures in mesophase pitch-based carbon fibers through heat treatment Korai, Yozo
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480 Development of surface acidity during electrochemical treatment of pan-carbon fibers Chun, Byong-Wa
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483 DFT and tight binding Monte Carlo calculations related to single-walled carbon nanotube nucleation and growth Zhu, Wuming
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484 117. Diamagnetism of dilute acceptor compounds of graphite Matsubara, K
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485 Diamagnetism of natural fullerene-like carbon Kovalevski, V.V.
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486 25. Diamagnetism of some acceptor-type compounds of graphite Kawamura, K.
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487 Diamond formation in air by the Fedoseev-Derjaguin laser process Alam, M.
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488 Diamond synthesis by electric discharge shock technique Honda, H
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489 Diamond synthesis by shock compression from a thin graphite plate with suppressed regraphitization Hirai, H.
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492 200. Dilatometric and structural changes of cokes derived from the extruded mesophase Jenkins, J.C.
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493 71. Dimensional and property changes of impregnated and isotropic graphites irradiated at 300° to 1400°C Engle, G.B
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494 68. Dimensional changes induced in pyrolytic carbon by high temperature fast neutron irradiation Bokros, J.C
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495 Dimensional changes in the irradiated graphite lattice Goggin, P.R
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496 4360417 Dimensionally stable high surface area anode comprising graphitic carbon fibers Reger, Ari
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497 Direct growth of vertically aligned carbon nanotubes on a planar carbon substrate by thermal chemical vapour deposition Liu, Xianming
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498 140. Disappearance of nickel particles during the graphite-hydrogen reaction Baker, R.T.K.
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499 198. Disclination interactions in the carbonaceous mesophase Buechler, M.
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500 51. Disclinations in a graphite-fiber bundle Zimmer, J.E
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502 Discussion on ten years of progress at the 8th biennial conference on carbon 1968
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507 Disproportionation of CO on iron-cobalt alloys—III Audier, M.
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508 Domain structure in MP (mesophase pitch)-based fibres Gerald, J.D.Fitz
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524 Edge doping of graphene sheets Brenner, Kevin
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526 Editorial Thrower, Peter A.
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527 Editorial announcements 1984
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528 Editorial Announcements 1985
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529 Editorial section 1982
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530 Editorial section 1969
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531 Editorial section 1976
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532 Editorial section 1967
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533 Editorial section 1966
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534 Editorial section 1965
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535 Editorial section 1964
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536 Editorial section 1984
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537 Editorial: Software survey section 1992
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539 Editorial: Software survey section 1988
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540 Editorial: Software survey section 1989
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542 Editorial: Software survey section 1986
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543 Editorial: Software survey section 1987
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544 188. EDX analysis of whetlerized charcoal microareas Szostak, Rosemarie
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545 156. Effect of activated carbon pore structure on dynamic adsorption zone Juhola, A.J
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546 64. Effect of boron content on the mechanical and physical properties of boron pyrolytic graphite cylinders Kotlensky, W.V
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547 Effect of boron ion implantation on the oxidation behavior of three-dimensional carbon-carbon composite Kowbel, W.
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548 Effect of boron on graphite oxidation — a theoretical study Wang, Q.
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549 Effect of bromination on the oxidation resistance of pitch-based carbon fibers Chiou, Jeng-Maw
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550 Effect of carbonization rate on the properties of a PAN/phenolic-based carbon/carbon composite Kuo, H.H.
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551 30. Effect of carrier-carrier scattering on the hall effect of C3M Sugihara, Ko
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552 178. Effect of catalysts on surface group formation in calcined cokes Seth, R.L
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553 Effect of crystalline filling on the mechanical response of carbon nanotubes Costa, Pedro M.F.J.
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554 Effect of crystallite size on the chemical compositions of the stage 1 alkali metal-graphite intercalation compounds Fujimoto, Hiroyuki
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555 Effect of different oxidation treatments on the chemical structure and properties of commercial coal tar pitch Petrova, B.
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556 304. Effect of electrically calcined anthracite electrical resistivity on cathode block properties Belitskus, David
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557 184. Effect of electrolytes on the rheological behaviour of aqueous dispersions of carbon black Budworth, C
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558 Effect of fibre microstructure upon the modulus of PAN- and pitch-based carbon fibres Huang, Y.
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559 261. Effect of flaw size on the tensile strain-to-failure of graphnol N3M graphite Starrett, H.S.
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560 Effect of gas bubble formation and percolation on the carbonaceous mesophase from acenaphthylene Rester, D.O.
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561 Effect of gas phase on graphitization of carbon Noda, Tokiti
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562 286. Effect of graphite quality on thermal stresses in graphite electrodes Kraus, G.
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563 Effect of hydrogen on the morphology of carbon deposited from the catalytic disproportionation of CO Herreyre, S.
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564 Effect of inserted molecules on the electrical conductivity of CsC24 Akuzawa, Noboru
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565 Effect of lanthanum, neodymium, thorium, uranium, and plutonium compounds on graphite oxidation Sampath, S.
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566 Effect of low-dose reactor radiation on the dynamic mechanical behavior of pyrolytic graphite Brennan, J.J.
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567 Effect of mineral salts on adsorption and regeneration of activated carbon Jawaid, Mahmood N.A.
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568 36. Effect of neutron irradiation on the mechanical properties of single crystal and compression-annealed pyrolytic graphite Blakslee, O.L
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569 Effect of oxidizing environment on the strength of H451, PGX and IG-11 graphites Eto, M.
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570 Effect of potassium and sodium carbonate catalysts on the rate of gasification of metallurgical coke Adjorlolo, A.A.
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571 Effect of pressure on the electrical conductivity of pyrolysed petroleum pitch Gimayev, R.N.
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572 Effect of pressure on the orientation of etch pits in graphite Patel, A.R.
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573 Effect of pressure on viscosity of naphthalene, phenanthrene and impregnation pitches Roetling, J.A.
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574 Effect of processing parameters on the mechanical properties of carbonized phenolic resin Choe, Chul Rim
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575 Effect of processing variables on the properties of carbon-carbon composites Chłopek, J.
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576 110. Effect of pyrolysis conditions on subsequent gasification of low-temperature lignocellulosic chars Mackay, D.M.
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577 301. Effect of pyrolytic carbon coke properties Vandezande, Joseph
1984
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578 Effect of small concentrations of co on rate of gasification of spectroscopic graphite in o2 Ranish, J.M.
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579 Effect of specific surface area and silver content on bacterial adsorption onto ACF(Ag) Wan, Y.Z
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580 Effect of surface acidity of activated carbon on hydrogen storage Agarwal, R.K.
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581 Effect of the ozone–carbon reaction on the catalytic activity of activated carbon during the degradation of 1,3,6-naphthalenetrisulphonic acid with ozone Sánchez-Polo, M.
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582 Effect of the size and the amount of surface functional groups of inclusions on microstructure development in Furan resin-derived carbon Tanabe, Yasuhiro
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583 Effect of ZnO loading to activated carbon on Pb(II) adsorption from aqueous solution Kikuchi, Yosuke
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584 19. Effects of boronation on the transport properties of SP-1 graphite Grosewald, P.S
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585 Effects of CF4 plasma on the field emission properties of aligned multi-wall carbon nanotube films Zhu, Y.W.
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586 Effects of environmental weathering on the properties of ASC-whetlerite Rossin, Joseph
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587 Effects of oxygen on mesophase microstructure and pyrolysis yield in coal liquid asphaltene Sadeghi, Mohammad-Ali
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588 Effects of particle size of calcium and calcium compounds on catalytic graphitization of phenolic resin carbon Ōya, Asao
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589 221. Effects of pretreatment or chemistry and structure of candidate impregnating pitches Bradshaw, W.
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590 73. Effects of some process temperatures on radiation induced contraction of graphite Marek, R.W
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591 Effects of temperature and strain rate on transverse tensile properties of H4LM graphite tested in helium and in vacuum Smith, Morton C
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592 Effet des catalyseurs sur les caracteristiques cinetiques de la combustion du graphite Heuchamps, C.
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593 20. Effet Hall des poudres Flandrois, S.
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594 22. Effet Hall et susceptibilité magnétique de carbones dopés au sodium Zanchetta, J.V.
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595 Effets de l'irradiation sur les proprietes physiques du graphite Rappeneau, J
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596 Elastic axial buckling of carbon nanotubes via a molecular mechanics model Chang, Tienchong
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597 Elastic behavior of electrode cokes and relaxation of press strains Born, Manfred
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598 Electrical conductivity of single-wall carbon nanotube film deposited by electrostatic layer-by-layer assembly with the aid of polyelectrolytes Lee, Kye Ung
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599 Electrical d.c. conductivity of molten pitches Sakai, Mototsugu
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600 173. Electrical discharge sintering and graphitization of carbon powders Honda, H
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601 Electrically conductive grades of carbon black: Structure and properties Bourrat, Xavier
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602 Electrical properties and mesostructure of carbon black-filled polymers Carmona, François
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603 138. Electrical properties of intercalated graphite fibers Chieu, T.C
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604 Electrical properties of polyethylene and carbon black particle blends prepared by gelation/crystallization from solution Bin, Y
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605 Electrical resistivity change of cathode graphite during electrolysis in alumina molten salt – Effect of electrolysis temperature Akuzawa, Noboru
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606 Electrical resistivity of fluorine-based intercalation compounds of graphite fiber in low temperature region Nakajima, T.
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607 Electrochemical characterization of carbon black Loutfy, Rafik O.
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608 Electrochemical characterization on RuO2 · xH2O/carbon nanotubes composite electrodes for high energy density supercapacitors Qin, X.
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609 Electrochemical corrosion behavior of carbon black in phosphoric acid Antonucci, P.L.
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610 Electrochemical intercalation of lithium into a natural graphite anode in quaternary ammonium-based ionic liquid electrolytes Zheng, Honghe
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611 246. Electrochemical oxidation of high modulus C-fibres Fitzer, E.
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612 129. Electrochemical preparation of zinc chloride and mercury nitrate graphite intercalation compounds Stumpp, E
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613 186. Electrochemical studies on carbon coated porous titanium Griffin, Charles D.
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614 Electrochemical wear of graphite anodes during electrolysis of brine Rabah, M.A
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615 Electro-conductivity and nanostructure of wood carbon prepared by nickel-catalyzed carbonization at 900°C Suzuki, Kyoko
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616 Electromagnetic interference shielding effectiveness of carbon materials Chung, D.D.L
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617 Electron emission from the side wall of an individual multiwall carbon nanotube Chai, Guangyu
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618 84. Electronic diffraction of graphite intercalation compounds with metallic dichlorides Vangelisti, R.
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619 40. Electronic excitations in SbCl5 intercalated graphite Ritsko, J.J.
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620 Electronic properties and band model of carbons Mrozowski, S.
1971
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621 106. Electronic properties of barium graphite intercalation compounds Gubler, U.M
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622 185. Electronic properties of carbons and graphites Young, D.A
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623 32. Electronic properties of graphite-nitrate residue compounds Hishiyama, Y
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624 Electronic properties of heat treated coals Honda, H
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625 33. Electronic properties of PdCl2 and CuCl2 intercalated natural single crystals, HOPG and pitch based carbon fibers Oshima, Hisashi
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626 Electronic resistivity of carbon in the product of electrochemical reduction of poly(tetrafluoroethylene), I Kavan, Ladislav
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627 Electronic resistivity of carbon in the product of electrochemical reduction of poly(tetrafluoroethylene), II. theoretical considerations Kavan, Ladislav
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628 37. Electronic structure of first, second, and third stage lithium intercalated graphite compounds Holzwarth, N.A.W.
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629 Electron microscope study of the formation of graphite oxide Carr, K.E.
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630 20. Electron microscopic analysis of ion implanted graphite Mazurek, H.
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631 215. Electron-nuclear double resonance (ENDOR) of pitches Singer, L.S.
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632 233. Electron spin resonance and the structure of carbon fibers Jones, Janice Breedon
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633 Electron spin resonance in carbonized organic polymers—III temperature dependence of susceptibility of non-oxidized and oxidized carbons Campbell, D.
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634 7. Electron spin resonance in carbons: Studies of temperature dependence and of neutron irradiation Arnoldf, G
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635 5. Electron spin resonance in irradiated graphite and evaporated carbon film Mizushima, S.
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636 10. Electron spin resonance in nearly amorphous carbon Antonowicz, K.
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637 Electron spin resonance in neutron irradiated and in doped polycrystalline graphite—Part II Mrozowski, S.
1966
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638 Electron spin resonance in turbocrystalline carbons—I Arnold, G.
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639 12. Electron spin resonance of stable aromatic radical intermediates in pyrolysis Lewis, I.C.
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640 Encapsulation of lanthanum carbide in carbon nanotubes and carbon nanoparticles Liu, Mingqui
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641 Encapsulation of polystyrene within carbon nanotubes with the aid of supercritical CO2 Liu, Zhimin
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642 Energy site distribution of carbon black surfaces by inverse gas chromatography at finite concentration conditions Donnet, J.B
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643 Enhanced nucleation of radiation damage in graphite Reynolds, W.N.
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644 Enhancement of field emission of carbon nanotubes using a simple microwave plasma method Hojati-Talemi, Pejman
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645 Enhancement of Vicker’s hardness of nanoclay-supported nanotube reinforced novel polymer composites Lu, Mei
2006
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646 Enumeration of graphite carbon-bond-network defects having ring sizes ranging from 3 to 9 Dias, Jerry Ray
1984
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647 4409288 Epoxy resin emulsion finishes for carbon fibers Raymond,
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648 216. EPR-ENDOR studies of stable radicals in pyrolysis Lewis, I.C.
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649 81. Equilibrium conditions and kinetics of the intercalation of AiCl3 and FeCl3 with graphite Feichtinger, Alfred R.
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650 146. Erosion resistant graphites for solid propellant rocket motors Chase, M.J
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651 Erratum 1999
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652 Erratum 1999
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653 Erratum 1971
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654 Erratum to ‘Conductivity and polarization of carbonaceous nanotubes derived from polyaniline nanotubes and their electrorheology when dispersed in silicone oil’ [Carbon 48 (2010) 2958–2967] Yin, Jianbo
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655 Erratum to ‘Wavelength and temperature dependence of the absorption and scattering cross sections of soot’ [Carbon 48 (2010) 2175–2191] Michelsen, Hope A.
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656 Esr absorption study of oxidized pan fibres Sootha, G.D.
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657 ESR detection of charge exchange in carbon black dispersions Harbour, John R.
1984
1-24 2 p. 191-193
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658 167. ESR-ENDOR study of coal Miyagawa, I.
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659 8. ESR in carbons: Studies of boronation and of sodium doping Mrozowski, S
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660 204. Esr study on the formation of coke texture Sakawa, Mitsuhiro
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661 Estimating adsorption performance of activated carbons for water purification using immersion calorimetry Radeke, K.H.
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662 264. Estimation of localized stress concentrations in lticarbon coatings on heart-valve components Huffstutler Jr., M.Conrad
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663 Etchant-induced shaping of nanoparticle catalysts during chemical vapour growth of carbon nanofibres He, Z.B.
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664 Ethylene glycol retention method for estimating specific surface area of adsorbent carbons Puri, Balwant Rai
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665 286. Ethylene tar-slurry oil blends for producing needle coke Tucker, K.W.
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666 Etude a 4,2° K de quelques proprietes galvanomagnetiques de pyrocarbones Zanchetta, J.V.
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667 Etude cinetique de l'oxydation des noirs de carbone par l'ozone Papirer, Eugene
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668 Etude de l'oxydation a l'air de divers noirs de carbone Donnet, J.B.
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669 Etude de quelques composes lamellaires des pyrocarbones Platzer, N.
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670 Etude des cinetiques successives d'insertion et de desorption du brome dans un pyrocarbone Marchand, A.
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671 Etude du depot de pyrocarbone sur des noirs de carbone Colin, Henri
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672 Etude par resonance paramagnetique electronique des goudrons de pyrolyse rapide Chauvin, R.
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673 Etude structurale des composés du graphite avec le dichlorure de cuivre (stade 1 et 2) Perignon, A.
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674 Eu(III)-coupled luminescent multi-walled carbon nanotubes in surfactant solutions Xin, Xia
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675 Evaluation of energy band parameters of carbons Kimura, Tadamasa
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676 274. Evaluation of fracture strength by sonic testing Kennedy, C.R.
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677 Evaluation of organic vapor breakthrough time of an activated carbon bed containing moisture by Wood’s estimation model using the Wheeler-Jonas equation Abiko, Hironobu
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678 Evaluation of several petroleum residues as the needle coke feedstock using a tube bomb Mochida, Isao
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679 Evaluation of the number of carboxyl groups on glassy carbon after modification by 3,4-dihydroxybenzylamine Yamazaki, Shin-ichi
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680 Evaluation of the thermal shock fracture toughness of reactor graphites by arc discharge heating Sato, S.
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681 Evidence of Kohn anomalies in quasi-freestanding graphene on Pt(111) Politano, Antonio
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682 Evidence of sidewall covalent functionalization of single-walled carbon nanotubes and its advantages for composite processing Vigolo, Brigitte
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683 Evolution de l'arrangement et des dimensions des couches d'un carbone graphitable entre 1700 et 2500°C Rouchy, J.P.
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684 18. Evolution des propriétés eléctroniques d'un pyrocarbone en fonction du taux de bore Marchand, A.
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685 Evolution thermique de la texture poreuse des cokes de petrole Barrillon, E.
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686 281. Examination of oxidation processes on graphite during air ingress accidents in nuclear high temperature reactors with pebble bed core Moormann, R.
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687 4915925 Exfoliated graphite fibers and associated method Chung, DeborahDL
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688 115. Exfoliation of single crystal graphite-bromine Anderson, S.H
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689 Expanded graphite—a new kind of biomedical material Wanci, Shen
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690 Expanded graphite as a support for Ni/carbon composites Afanasov, I.М.
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691 245. Experimental determination of compton scattering from pyrolytic graphite and glass-like carbons Henry, Leo G.
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692 Experimental relation between Dubinin-Polanyi equation and langmuir equation Hart, P.E.

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693 Experimental study of industrial scale fullerene production by combustion synthesis Takehara, Hiroaki
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694 274. Exposure of nuclear-grade activated carbons to accident scenarios Deitz, Victor R
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695 Fabrication and characterization of an activated carbon for electrochemical applications Roberge, Pierre R.
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696 Fabrication and characterization of carbon nanotube arrays using sandwich catalyst stacks Chen, Zexiang
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697 Fabrication and characterization of few-layer graphene Zhang, Hongxin
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699 Fabrication of carbon membranes for gas separation––a review Saufi, S.M
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700 Fabrication of metal-graphene hybrid materials by electroless deposition Liu, Xiao-Wang
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702 Fabrication of vertically aligned single-walled carbon nanotubes in atmospheric pressure non-thermal plasma CVD Nozaki, Tomohiro
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703 Factor analysis of physical properties of electrode graphite Glogar, P.
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704 Factors affecting the product ratio of the carbon-oxygen reaction—II. Reaction temperature Phillips, Roger
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705 Factors affecting the yield of carbon of different types obtained by pyrolysis of hydrocarbons Brooks, J.D.
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706 270. Factors determining the irradiation shrinkage of graphite to high doses Brocklehurst, J.E.
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707 Factors influencing the performance of pitch binders in the baking of small carbon electrodes Lauer, G.G
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708 Failure behavior of carbon/carbon composites prepared by chemical vapor deposition Sohn, K.Y.
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709 Features of vapor-grown cone-shaped graphitic whiskers deposited in the cavities of wood cells Saito, Yukie
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710 (Fe, Ni)/C nanocapsules for electromagnetic-wave-absorber in the whole Ku-band Liu, X.G.
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712 4511663 Fiber-reinforced composites Taylor, Mark
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713 4508851 Fibrous activated carbon and process of producing IT Izumi, Kazuo
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714 Field dependence of magnetoresistivity and Hall coefficient for carbons at various temperatures Komatsu, Yasuto
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715 25. Field dependence of magnetoresistivity and Hall coefficient for carbons at various temperatures Komatsu, Y
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1-24 2 p. 205-
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716 Field emission from carbon nanotubes and its application to electron sources Saito, Yahachi
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717 First-principles study of the stacking effect on the electronic properties of graphite(s) Charlier, J.-C.
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718 First principles study of the structure and stability of carbynes Luo, Weiqi
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719 Flow injection-thermal analysis-mass spectrometry: Application to studies of carbon gasification reactions Jones, J.M.
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720 Flue gas desulphurization by activated carbon fibers obtained from polyacrylonitrile by-product Davini, Paolo
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721 Fluffy carbon nanotubes produced by shearing vertically aligned carbon nanotube arrays Zhang, Qiang
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722 Fluidized bed chemical vapor deposition of pyrolytic carbon – I. Effect of deposition conditions on microstructure López-Honorato, E.
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723 Fluorinated carbon blacks: influence of the morphology of the starting material on the fluorination mechanism Tressaud, A
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724 Fluorination of carbon blacks: An X-ray photoelectron spectroscopy study: I. A literature review of XPS studies of fluorinated carbons. XPS investigation of some reference compounds Nansé, G.
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1-24 2 p. 175-194
20 p.
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725 298. Flux level effects on irradiation damage in graphite Brocklehurst, J.E.
1982
1-24 2 p. 157-158
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726 120. 19F NMR study of the reaction C8n AsF5 + F2 Milliken, J
1984
1-24 2 p. 217-
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727 Formation and characterization of catalytic carbons obtained from CO disproportionation over an iron nickel catalyst—I Guinot, J.
1981
1-24 2 p. 95-98
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728 Formation and characterization of catalytic carbons obtained from co disproportionation over an iron nickel catalyst—II Audier, M.
1981
1-24 2 p. 99-105
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729 118. Formation and structure of active carbons from anisotropic cokes Marsh, H.
1982
1-24 2 p. 137-138
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730 Formation mechanism of carbon foams derived from mesophase pitch Li, Sizhong
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1-24 2 p. 618-624
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731 Formation mechanisms of selected isotropic petroleum cokes Whittaker, M.P.

1-24 2 p. 165-166, IN5-IN8, 167-171
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732 Formation of carbonaceous deposits on metallic Ni from methane-water vapor mixtures Macák, Jiří
1978
1-24 2 p. 111-114
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733 Formation of carbon fibers from naphthalene on some sulfur-containing substrates Katsuki, Hiroaki
1981
1-24 2 p. 148-150
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734 249. Formation of catalytic carbons—fragmentation of the catalyst and germination of the carbon particles Vanvoren, C.
1982
1-24 2 p. 152-
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735 Formation of fibrous structures on glass-like carbon by hydrogen plasma treatment under DC bias Kobashi, Koji
2001
1-24 2 p. 303-306
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736 Formation of fullerenes by pyrolysis of 1,2′-binaphthyl and 1,3-oligonaphthylene Amsharov, K.Yu.
2007
1-24 2 p. 337-343
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737 Formation of graphite oxide from carbon fibers Honjo, K.
1986
1-24 2 p. 230-234
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738 Formation of iron chloride-graphite intercalation compounds in propylene carbonate by electrolysis Zhang, H.Y.
1997
1-24 2 p. 285-290
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739 38. Formation of mesophase during hydrogénation of different rank coals Nandi, B.N
1984
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740 153. Formation of stable oxygen complexes during the gasification of char in air at 648k Taylor, R.L.
1982
1-24 2 p. 142-
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741 259. Formation of vapor-grown carbon fibers by seed ing method of metal ultra-fine particles Endo, Morinobu
1984
1-24 2 p. 233-234
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742 Forms of adsorption isotherms equations including structural heterogeneity of microporous adsorbents Wojsz, R.
1986
1-24 2 p. 225-227
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743 246. Forms of particulate carbon in soot and carbon black Medalia, Avrom I.
1982
1-24 2 p. 152-
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744 173. Fourier transform IR and solid state 13C nuclear magnetic resonance spectroscopic analysis of pyrolysed asphaltenes Weinberg, Victoria L.
1982
1-24 2 p. 144-
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745 Fourier transform ir studies of the degradation of polyacrylonitrile copolymers—I Coleman, M.M.
1981
1-24 2 p. 123-126
4 p.
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746 Fourier transform ir studies of the degradation of polyacrylonitrile copolymers—II Sivy, G.T.
1981
1-24 2 p. 127-131
5 p.
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747 Fourier transform ir studies of the degradation of polyacrylonitrile copolymers—III Coleman, M.M.
1981
1-24 2 p. 133-135
3 p.
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748 Fourier transform IR studies of the degradation of polyacrylonitrile copolymers—IV Sivy, G.T.
1981
1-24 2 p. 137-139
3 p.
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749 160. Fourier transform methods for the analysis of random-layer line profiles Ruland, W
1968
1-24 2 p. 233-
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750 Fractionation of petroleum pitch by supercritical fluid extraction Hutchenson, K.W.
1991
1-24 2 p. 215-223
9 p.
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751 Fractionation of pitches by molecular weight using continuous and semibatch dense-gas extraction Edwards, William F.
2006
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752 255. Fracture behavior of mesophase carbon fiber Ng, B.
1984
1-24 2 p. 233-
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753 Fracture toughness of reactor graphite at high temperature Sato, S.
1978
1-24 2 p. 95-102
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754 Fracture verification of fine grain isotropic graphites containing imitative defects subsequent to round robin test of non-destructive inspection Sato, S.
1995
1-24 2 p. 141-152
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755 32. Free radicals in pitch pyrolysis Lopez, H
1984
1-24 2 p. 206-
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756 283. Friction and wear of carbon under dry rubbing conditions Paxton, R.R.
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1-24 2 p. 156-
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757 Fullerene and onion formation under electron irradiation of boron-doped graphite Golberg, D
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1-24 2 p. 293-299
7 p.
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758 Fullerene production in alternative atmospheres Wilson, M.A.
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1-24 2 p. 393-397
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759 Functionalization of single-walled carbon nanotubes by using alkyl-halides Barthos, R.
2005
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760 Further studies of the formation of filamentous carbon from the interaction of supported iron particles with acetylene Baker, R.T.K.
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761 Fused state 13C-NMR study on molecular orientation in a carbonaceous mesophase Nishizawa, Takashi
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762 Fusion of carbon nanotubes for fabrication of field emission cathodes Hojati-Talemi, Pejman
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763 13. g-Anisotropy in nearly amorphous carbon as studied by ESR Antonowicz, K.
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764 62. Gas composition and kinetics of carbon film deposition during ethane pyrolysis Carroll, Robert W
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1-24 2 p. 210-
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765 70. Gasification by carbon dioxide of anisotropic carbons of different optical texture Marsh, H
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766 93. Gasification kinetics and surface areas of catalyzed carbonaceous chars Kosky, P.G
1984
1-24 2 p. 214-
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767 Gasification of active carbon by iron-based composite catalysts for obtaining directly a gas of optional H2 CO ratio Inui, Tomoyuki
1985
1-24 2 p. 193-208
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768 128. Gasification of carbon by carbon dioxide. Kinetic, adsorption and ESR considerations Marsh, H
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1-24 2 p. 227-
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769 80. Gasification of carbons: a comparative study using ignition temperatures and reaction with N2O, O2 and CO2 Calvert, C
1984
1-24 2 p. 212-
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770 Gasification of catalytic carbon-kinetics and mechanism Figueirdo, J.L.
1981
1-24 2 p. 146-148
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771 Gasification of cellulosic chars in oxygen and in nitrogen oxides DeGroot, William F
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1-24 2 p. 179-183
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772 Gasification of different types of carbon in steam and carbon dioxide in the presence of γ-radiation Mustafaev, I.I.
1988
1-24 2 p. 125-128
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773 Gas permeability of a large cylindrical isotropic graphite Sogabe, Toshiaki
1996
1-24 2 p. 284-
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774 Gas-phase elemental mercury removal by novel carbon-based sorbents Tan, Zengqiang
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1-24 2 p. 362-371
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775 Gas sensitivity of a composite of multi-walled carbon nanotubes and polypyrrole prepared by vapor phase polymerization Chen, You-si
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776 172. Geometric layer structure and adsorption Dollimore, J
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777 169. Geometric reactivity Dollimore, J
1984
1-24 2 p. 223-
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778 Gerhart R. Hennig 1965
1-24 2 p. ii-105
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779 g-Factor of current carriers in pyrolytic carbons with quasi-two-dimensional graphite structure Kotosonov, A.S.
1988
1-24 2 p. 189-195
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780 Graphene etching controlled by atomic structures on the substrate surface Tsukamoto, Takahiro
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781 Graphene nanosheets as cathode catalysts for lithium-air batteries with an enhanced electrochemical performance Sun, Bing
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782 Graphene oxide nanoplatelets as excellent electrochemical active materials for VO2+/ VO 2 + and V2+/V3+ redox couples for a vanadium redox flow battery Han, Pengxian
2011
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783 126. Graphite-acceptor compounds as oxidizing agents: reduction of the graphite lattice Moran, M.J
1984
1-24 2 p. 218-
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784 180. Graphite crystal growth Austcrman, S.B
1968
1-24 2 p. 237-
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785 4647748 Graphite electrode construction and method of making Glassman, Anthony
1988
1-24 2 p. III-
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786 4400190 Graphite element for use in a furnace for drawing optical fiber Briere, Alfred D
1984
1-24 2 p. iv-
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787 Graphite formation by the dissolution—precipitation of carbon in cobalt, nickel and iron Derbyshire, F.J.
1975
1-24 2 p. 111-113
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788 277. Graphite function in composite brush materials Reichner, P.
1982
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789 4471837 Graphite heat-sink mountings Larson, Ralph
1985
1-24 2 p. I-
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790 127. Graphite intercalation compounds containing fluorine Watanabe, Nobuatsu
1984
1-24 2 p. 218-
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791 88. Graphite intercalation compounds with derivates of the -OTeF5 group Stumpp, E.
1982
1-24 2 p. 134-
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792 Graphite irradiations 300°–1200°C Cox Jr., J.H.
1969
1-24 2 p. 319-322
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793 4508158 Graphite-metal matrix bearings and methods of manufacturing Amateau, Maurice
1986
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794 Graphite-ozone surface complexes Magne, P.
1988
1-24 2 p. 249-255
7 p.
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795 279. Graphite-phenol formaldehyde resin composites Lyons, A.M.
1982
1-24 2 p. 155-156
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796 Graphite sublimation temperatures, carbon arcs and crystallite erosion Abrahamson, J.
1974
1-24 2 p. 111-118
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797 2. Graphite—the most fascinating nuclear material (Charles E. Pettinos award lecture) Kelly, B.T.
1982
1-24 2 p. 125-
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798 161. Graphite use in steel powder metallurgy Thrower, P.A.
1982
1-24 2 p. 143-
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799 Graphitic cones Balaban, A.T.
1994
1-24 2 p. 357-359
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800 174. Graphitisation of organic compounds—I. Graphitization enhancement by copyrolysis with benzyne precoursers Isaacs, L.G
1968
1-24 2 p. 236-
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801 66. Graphitization: decomposition of C x H? Bragg, Robert H
1984
1-24 2 p. 210-211
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802 Graphitization of a high-sulfur mesophase pitch-based fiber Rogers, D.K.
1993
1-24 2 p. 303-313
11 p.
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803 63. Graphitization of boron pyrolytic graphite 1968
1-24 2 p. 212-213
2 p.
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804 Graphitization of carbon beads under pressure Inagaki, M.
1975
1-24 2 p. 97-101
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805 Graphitization of carbon under high pressure Noda, T.
1968
1-24 2 p. 125-128
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806 1. Graphitization of carbon under high pressure Noda, T.
1968
1-24 2 p. 199-
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807 Growth and electrical characterization of high-aspect-ratio carbon nanotube arrays Zhu, Lingbo
2006
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6 p.
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808 Growth kinetics of MWCNTs synthesized by a continuous-feed CVD method Kunadian, Illayathambi
2009
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12 p.
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809 Growth of carbon nanotubes by open-air laser-induced chemical vapor deposition Kwok, Kinghong
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810 Growth of carbon nanotubes on the surface of carbon fibers Zhao, Jianguo
2008
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811 Growth of conformal single-walled carbon nanotube films from Mo/Fe/Al2O3 deposited by electron beam evaporation Hart, Anastasios John
2006
1-24 2 p. 348-359
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812 Growth of multi-wall and single-wall carbon nanotubes with in situ high vacuum catalyst deposition Bertoni, G
2004
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813 26. Hall coefficient and magnetoresistivity of carbons and polycrystalline graphite: Doping with donors Toyoda, S
1968
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814 23. Hall coefficient and magnetoresistivity of carbons and polycrystalline graphite: 1.5–300°K Inagaki, M
1968
1-24 2 p. 204-
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815 24. Hall coefficient and magnetoresistivity of soft carbons and polycrystalline graphite: Doping with acceptors Komatsu, Y
1968
1-24 2 p. 204-205
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816 15. Hall effect in graphite Sugihara, Ko
1968
1-24 2 p. 203-
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817 21. Hall effect in graphite and its relation to the trigonal warping of the bands. I. Experimental Kawamura, K.
1982
1-24 2 p. 127-
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818 22. Hall effect in graphite and its relation to the trigonal warping of the bands. II. Theoretical Sugihara, Ko
1982
1-24 2 p. 127-
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819 145. Hall measurements of metallic carrier densities in ion irradiated amorphous carbon films Venkatesan, T
1984
1-24 2 p. 220-
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820 164. Halogenation and combustion of anthracites Woychik, C.G.
1982
1-24 2 p. 143-
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821 Hard and tough carbon nanotube-reinforced zirconia-toughened alumina composites prepared by spark plasma sintering Echeberria, J.
2012
1-24 2 p. 706-717
12 p.
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822 “Harmless” carbon tubes around “dangerous” asbestos fibres Zhang, X.F.
1994
1-24 2 p. 363-366
4 p.
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823 H-d exchange of channel blacks Meier, J.A.

1-24 2 p. 191-199
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824 4559631 Heat treating furnace with graphite heating elements Moller, Craig A.
1987
1-24 2 p. I-
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825 172. Heat treatment of carbon under pressure in the presence of minerals (calcium compounds) Noda, T
1968
1-24 2 p. 235-
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826 Heavy oil sorption using exfoliated graphite Toyoda, Masahiro
2000
1-24 2 p. 199-210
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827 Heterogeneous reactions of NO2 and NO–O2 on the surface of carbons Zawadzki, J
2003
1-24 2 p. 235-246
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828 High coercivity of iron-filled carbon nanotubes synthesized on austenitic stainless steel Camilli, Luca
2012
1-24 2 p. 718-721
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829 165. High coking polymers from interaction of diamino- and dihydroxy-aromatic compounds Mitchell, C.V
1968
1-24 2 p. 234-
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830 Highly oriented growth of n-type ZnO films on p-type single crystalline diamond films and fabrication of high-quality transparent ZnO/diamond heterojunction Wang, C.X.
2004
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831 High-order harmonic generation by carbon nanotubes in bichromatic laser field Bahari, A.
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832 High performance supercapacitors based on reduced graphene oxide in aqueous and ionic liquid electrolytes Chen, Yao
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833 High-pressure chemical vapor deposition for preparation of carbon Nakao, N.
1995
1-24 2 p. 183-191
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834 High-pressure high-temperature equation of state of graphite from Monte Carlo simulations Colonna, F.
2011
1-24 2 p. 364-368
5 p.
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835 High-quality and highly oriented graphite block from polycondensation polymer films Murakami, M
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1-24 2 p. 255-262
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836 High resolution electron microscope observations of graphitized carbon fibers Oberlin, A.
1976
1-24 2 p. 133-135
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837 153. High resolution electron microscopy of small crystallite carbons Ban, L.L
1968
1-24 2 p. 232-
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838 High resolution electron microscopy studies in carbon soots Miki-Yoshida, M.
1994
1-24 2 p. 231-246
16 p.
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839 105. High resolution vapor pressure isotherms Muirhead, R.J.
1982
1-24 2 p. 136-
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840 High saturation capacity of activated carbons prepared from mesophase pitch in the removal of volatile organic compounds Silvestre-Albero, A.
2010
1-24 2 p. 548-556
9 p.
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841 58. High strength and high modulus carbon fibers Bacon, R
1968
1-24 2 p. 211-
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842 High surface area carbide-derived carbon fibers produced by electrospinning of polycarbosilane precursors Rose, Marcus
2010
1-24 2 p. 403-407
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843 117. High temperature adsorption in relation to porosity of carbons and polarizability of adsorbate Youssef, A.M.
1982
1-24 2 p. 137-
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844 High-temperature centrifugation: Application to mesophase pitch Singer, L.S.
1987
1-24 2 p. 249-257
9 p.
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845 258. High-temperature dilatometric studies of carbon materials Stompel, Z.
1982
1-24 2 p. 153-
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846 High temperature 1 H NMR study of mesophase formation Miyazawa, K.
1981
1-24 2 p. 143-144
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847 High-temperature mass spectrometry—I. Free vaporization studies of graphites Wachi, Francis M.
1970
1-24 2 p. 141-146
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848 High-temperature neutron irradiation of highly oriented carbons and graphites Price, R.J.
1974
1-24 2 p. 159-169
11 p.
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849 170. High-temperature NMR study of carbonization properties of pitches and vacuum residues Miyazawa, K.
1982
1-24 2 p. 143-144
2 p.
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850 High temperature oxidation of carbon by atomic oxygen Rosner, D.E.
1965
1-24 2 p. 153-156
4 p.
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851 High temperature radiation effects in lampblack-based graphites Yoshikawa, H.H
1964
1-24 2 p. 201-202
2 p.
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852 214. H NMR technique for characterization of polymeric pitches Greinke, R.A.
1984
1-24 2 p. 228-
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853 Hollow nickel microspheres covered with oriented carbon nanotubes and its magnetic property Han, Min
2006
1-24 2 p. 211-215
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854 Homogeneous and controllable Pt particles deposited on multi-wall carbon nanotubes as cathode catalyst for direct methanol fuel cells Li, Wenzhen
2004
1-24 2 p. 436-439
4 p.
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855 Hydrogen adsorption in nitrogen enriched ordered mesoporous carbons doped with nickel nanoparticles Giraudet, Sylvain
2011
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856 Hydrogenation of carbons catalyzed by nickel, platinum and rhodium Tomita, A.
1974
1-24 2 p. 143-149
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857 Hydrogen peroxide formation on several carbon materials in sulfuric acid solution Kinumoto, Taro
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1-24 2 p. 738-
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858 Hydrogen reaction with carbon and nickel evaporated films Deitz, V.R
1964
1-24 2 p. 117-125
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859 Hydrogen storage in carbon nanotubes revisited Liu, Chang
2010
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860 Hydrogen storage on chemically activated carbons and carbon nanomaterials at high pressures Jordá-Beneyto, M.
2007
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861 Hydrogen storage properties of Pd nanoparticle/carbon template composites Campesi, R.
2008
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862 169. Hydrogen transfer in carbonizations of pitches with model organic compounds Lopez, H.
1982
1-24 2 p. 143-
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863 Hypothetical average structures of two coal liquid asphaltenes from solid state 13 C nuclear magnetic resonance and 1 H nuclear magnetic resonance data Weinberg, Victoria A.
1983
1-24 2 p. 149-156
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864 Identification of carbon phases and analysis of diamond/substrate interfaces by Raman spectroscopy Kromka, A.
2005
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865 Identification of the surface characteristics of carbon blacks by pyrolysis GC–MASS Lin, Jarrn-Horng
2002
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866 Image segmentation for phase-contrast hard X-ray CMT of C/C composites Vignoles, Gerard L.
2001
1-24 2 p. 167-173
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867 Imaging defects and junctions in single-walled carbon nanotubes by voltage-contrast scanning electron microscopy Vijayaraghavan, Aravind
2010
1-24 2 p. 494-500
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868 Impact fracture toughness of a nuclear graphite measured by the one-point-bending method Takahashi, Shinichirou
1993
1-24 2 p. 315-323
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869 268. Impact tests on irradiated graphite Birch, M.
1984
1-24 2 p. 234-235
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870 232. Importance of carbon black morphology on its use in electrically conductive polymer composites Nelson, Jordan R.
1984
1-24 2 p. 230-
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871 Improving thermal conductivity while retaining high electrical resistivity of epoxy composites by incorporating silica-coated multi-walled carbon nanotubes Cui, Wei
2011
1-24 2 p. 495-500
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872 Incorporation of carbon nanotubes into the biomedical polymer poly(styrene-β-isobutylene-β-styrene) Gilmore, Kerry J.
2007
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873 Increase in yield of carbon fibres grown above the iron/carbon eutectic Tibbetts, Gary G
1999
1-24 2 p. 241-247
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874 4647360 Inert carbon fiber diaphragm Waters, Donald D
1988
1-24 2 p. II-
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875 Inferences on the mechanism of adsorption in supermicroporous carbons from potential calculations for noble gas adsorption Rao, M.B.
1986
1-24 2 p. 236-238
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876 205. Influence of aluminum chloride on the carbonization of coal Sakawa, Mitsuhiro
1982
1-24 2 p. 147-
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877 Influence of anisotropic phases in the filtration of impregnating pitches (relations with filtrability index) Lafdi, K.
1991
1-24 2 p. 233-237
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878 Influence of boron on carbon fiber microstructure, physical properties, and oxidation behavior Jones, L.E
1991
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879 220. Influence of carbonization shrinkage on mechanical properties of CRFC Fitzer, E.
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880 Influence of chemisorption on the thermal conductivity of graphene nanoribbons Chien, Shih-Kai
2012
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881 162. Influence of coal characteristics on Co2 gasification of coke Sakawa, Mitsuhiro
1982
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882 Influence of differences in porous structure within granules of activated carbon on adsorption of aromatics from aqueous solutions Deryło-Marczewska, Anna
2004
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883 135. Influence of electron correlation in the interlayer force of graphite Gäite, Eugenio
1984
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884 Influence of graphitization environment of pan based carbon fibers on microstructure Kowbel, W.
1989
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885 250. Influence of graphitization temperature on the microstructure of pitch impregnated carboncarbon composites Meyer, R.A.
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886 245. Influence of high temperature thermal treatments on the properties of carbon fibers Albugues, François
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1-24 2 p. 232-
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887 296. Influence of iron oxide on the “puffing” and porosity of carbon bodies during graphitization Wajzer, Lucjan
1984
1-24 2 p. 238-
1 p.
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888 Influence of K2CO3 catalyst on rate of hydrogen gasification of carbon black Zoheidi, Hossein
1987
1-24 2 p. 265-271
7 p.
artikel
889 252. Influence of processing variables on carbon fiber properties in a continuous process system Nagabhushanan, T.
1984
1-24 2 p. 233-
1 p.
artikel
890 Influence of QI on mesophase structure Taylor, G.H.
1993
1-24 2 p. 341-354
14 p.
artikel
891 57. Influence of shearing during mesophase formation of pitches on properties of the resulting graphites Fitzer, E
1984
1-24 2 p. 209-
1 p.
artikel
892 191. Influence of shearing during mesophase formation on graphitizability of various coal tar pitches Balduhn, R.
1982
1-24 2 p. 146-
1 p.
artikel
893 Influence of the deposition parameters on the texture of pyrolytic carbon layers deposited on planar substrates De Pauw, V
2004
1-24 2 p. 279-286
8 p.
artikel
894 Influence of the support surface properties on the protein loading and activity of lipase/mesoporous carbon biocatalysts Quirós, M.
2011
1-24 2 p. 406-415
10 p.
artikel
895 236. Influence of various polar surface oxides on the reinforcement behaviour of C-fibres in C-fibre reinforced epoxy composites Fitzer, E.
1984
1-24 2 p. 231-
1 p.
artikel
896 Infrared studies on the adsorption of n-butylamine on carbon films Zawadzki, Jerzy
1988
1-24 2 p. 183-188
6 p.
artikel
897 81. Inhibition of graphite oxidation McKee, D.W
1984
1-24 2 p. 212-
1 p.
artikel
898 86. Inhibition of the platinum catalyzed gasification of graphite Baker, R.T.K
1984
1-24 2 p. 213-
1 p.
artikel
899 In memoriam William Watt 1912–1985 1986
1-24 2 p. 91-
1 p.
artikel
900 In memory of Ian L. Spain Patel, Dinesh
1991
1-24 2 p. 125-
1 p.
artikel
901 64. In-plane melting transitions in graphite-halogens Bardhan, K.K.
1982
1-24 2 p. 132-
1 p.
artikel
902 279. In-reactor oxidation of Fort St. Vrain support graphite Beavan, L.A.
1984
1-24 2 p. 236-
1 p.
artikel
903 Insertion électrochimique du complexe acide fluoroborique-éther éthylique dans un pyrographite Metrot, A.
1981
1-24 2 p. 119-121
3 p.
artikel
904 In situ fabrication of HfC-decorated carbon nanotube yarns and their field-emission properties Yang, Yuanchao
2010
1-24 2 p. 531-537
7 p.
artikel
905 In situ fiber strength in carbon-carbon composites Rellick, G.S
1992
1-24 2 p. 301-302
2 p.
artikel
906 IN-situ monitoring of hydrogen transfer in carbonization reaction by well resolved high-temperature 1H NMR Yokono, T.
1984
1-24 2 p. 169-171
3 p.
artikel
907 In situ nitrogen enriched carbon for carbon dioxide capture Thote, Jayshri A.
2010
1-24 2 p. 396-402
7 p.
artikel
908 108. In-situ Raman scattering studies of intercalation kinetics Olk, C.H
1984
1-24 2 p. 216-
1 p.
artikel
909 In situ synthesis of CdS nanoparticles on multi-walled carbon nanotubes Shi, Jiahua
2004
1-24 2 p. 455-458
4 p.
artikel
910 Instructions to authors 2004
1-24 2 p. IV-
1 p.
artikel
911 Instructions to authors 2005
1-24 2 p. IV-
1 p.
artikel
912 Instructions to authors 2006
1-24 2 p. III-
1 p.
artikel
913 Interaction between active hydrogen sites on carbon black surface and alcohol molecules Hagiwara, Shigeji
1981
1-24 2 p. 107-109
3 p.
artikel
914 Interaction between ex-cellulose carbon, graphite fibers and methanol in the presence of boron trifluoride Lahaye, J.
1978
1-24 2 p. 154-155
2 p.
artikel
915 39. Interaction between some coals and pitches during the coking process Ehrburger, P
1984
1-24 2 p. 207-
1 p.
artikel
916 Interaction of graphite fresh surface with different gases and vapours Zarifyanz, Yu.A.
1967
1-24 2 p. 127-135
9 p.
artikel
917 Interaction of H (D) atoms with surfaces of glassy carbon: adsorption, abstraction, and etching Güttler, A
2004
1-24 2 p. 337-343
7 p.
artikel
918 Interaction of hydrogen with carbon coils at low temperature Furuya, Y.
2004
1-24 2 p. 331-335
5 p.
artikel
919 208. Interaction of petroleum pitch and petroleum coke with coals during co-carbonizations Ragan, S.
1982
1-24 2 p. 147-148
2 p.
artikel
920 40. Interactions of coals and pitches during co-carbonization Lahaye, J
1984
1-24 2 p. 207-
1 p.
artikel
921 34. Interband Landau level transitions in graphite intercalation compounds Chieu, T.C.
1982
1-24 2 p. 128-
1 p.
artikel
922 67. Intercalant species in SbCl5: Graphite from Mössbauer spectroscopy Boolchand, P.
1982
1-24 2 p. 132-
1 p.
artikel
923 Intercalation and oxidation effects on graphite of a mixture of sulphuric and nitric acids Carr, K.E.
1970
1-24 2 p. 155-158
4 p.
artikel
924 4. Intercalation chemistry Bartlett, N.
1982
1-24 2 p. 125-
1 p.
artikel
925 92. Intercalation compounds as precursors for oriented catalysts: The MoO3-graphite system in propylene oxidation Volta, J.C.
1982
1-24 2 p. 135-
1 p.
artikel
926 122. Intercalation isotherms of AsF5 in various forms of graphite Hooley, J.G
1984
1-24 2 p. 217-
1 p.
artikel
927 123. Intercalation isotherms of (SO3F)2 in various forms of graphite Hooley, J.G
1984
1-24 2 p. 217-218
2 p.
artikel
928 Intercalation of CoCl2 into graphite: Mixing method vs molten salt method Tilquin, J.-Y.
1997
1-24 2 p. 299-306
8 p.
artikel
929 Intercalation of CuCl2 into expanded graphite Chuan, X.
1997
1-24 2 p. 311-313
3 p.
artikel
930 89. Intercalation of dilute inorganic acids in graphite Fuzellier, H.
1982
1-24 2 p. 134-
1 p.
artikel
931 93. Intercalation of graphite with the adducts of nitrosyl chloride and metal chlorides Leong, Kam
1982
1-24 2 p. 135-
1 p.
artikel
932 4388227 Intercalation of graphitic carbon fibers Kalnin, Ilmar L
1984
1-24 2 p. viii-
1 p.
artikel
933 Intercalation of sodium into graphite-like layered material BC2N Yamada, Kaoru
2012
1-24 2 p. 737-
1 p.
artikel
934 75. Intercalation of vapor grown graphite fibers Davis, G.P.
1982
1-24 2 p. 133-
1 p.
artikel
935 Intercalation overpotentials for compound formation by graphite Ubbelohde, A.R.

1-24 2 p. 201-206
artikel
936 Intercalation process in the ternary system of FeCl3-NiCl2-KCl Ohira, M
1992
1-24 2 p. 207-212
6 p.
artikel
937 150. Interfacial electrical properties of amorphous, d.c. sputter-deposited carbon films on crystalline silicon Khan, A.Azim
1984
1-24 2 p. 220-221
2 p.
artikel
938 Interfacial phenomena in a glassy carbon/pyrex-glass composite Lamidieu, Philippe
1991
1-24 2 p. 239-249
11 p.
artikel
939 Intermediate for composite materials Tada, Hisashi
1989
1-24 2 p. I-
1 p.
artikel
940 208. Internal damping factor of graphite material Salavatcioglu, Roberta
1984
1-24 2 p. 227-
1 p.
artikel
941 International committee for characterization and terminology of carbon “First publication of 9 further tentative definitions” Köchling, K.-H.
1986
1-24 2 p. 246-247
2 p.
artikel
942 International committee for characterization and terminology of carbon “first publication of 8 further tentative definitions” and “second publication of the tentative definition of term 29” Donnet, J.-B.
1987
1-24 2 p. 317-318
2 p.
artikel
943 International cooperation on characterization and terminology on carbon and graphite 1980
1-24 2 p. 165-
1 p.
artikel
944 161. Interstitial carbon atoms in soft carbons Schiller, C
1968
1-24 2 p. 233-
1 p.
artikel
945 Intrinsic rate constants for the oxidation of carbon char Simons, Girard A.
1982
1-24 2 p. 117-118
2 p.
artikel
946 Introduction of sulfur groups onto the surface of carbon blacks Papirer, Eugéne
1978
1-24 2 p. 141-144
4 p.
artikel
947 224. Investigation of inorganic microconstituents in petroleum coke Ugarkovic, D.
1984
1-24 2 p. 229-
1 p.
artikel
948 242. Investigation of oxygen surface complexes on carbon by XPS Fischer, F.G.
1982
1-24 2 p. 151-
1 p.
artikel
949 Investigation of porosity of carbon materials and related effects on gas separation properties Steel, Keisha M
2003
1-24 2 p. 253-266
14 p.
artikel
950 76. Investigation of the oxidation behaviour of Coat-Mix materials—a two component model of the binder coke Hillen, M
1984
1-24 2 p. 212-
1 p.
artikel
951 27. Investigations on pitch fractions by chemical and thermal treatments and their structural studies Seth, R.L
1984
1-24 2 p. 206-
1 p.
artikel
952 In vivo adsorption study of fluoxetine using carbon materials Nabais, J.M. Valente
2010
1-24 2 p. 565-567
3 p.
artikel
953 94. Ion implantation into HOPG Weber, D.C.
1982
1-24 2 p. 135-
1 p.
artikel
954 176. Iron and ruthenium catalysts supported on Saran carbons Guerrero, A
1984
1-24 2 p. 223-224
2 p.
artikel
955 Iron surface morphology factor in the growth of filamentous carbon Galuszka, J.
1984
1-24 2 p. 141-145
5 p.
artikel
956 271. Irradiation creep Poisson's ratio of graphite Brocklehurst, J.E.
1984
1-24 2 p. 235-
1 p.
artikel
957 300. Irradiation effects on the mechanical properties of graphites for HTGRS Oku, T.
1982
1-24 2 p. 158-
1 p.
artikel
958 Irradiation-induced dimensional changes and creep of isotropic carbon Kaae, J.L.
1971
1-24 2 p. 111-122
12 p.
artikel
959 Irradiation-induced length changes of glassy carbon Gray, W.J.

1-24 2 p. 236-238
artikel
960 101. Irreversible coke expansion inhibition Wallouch, R.W
1968
1-24 2 p. 221-
1 p.
artikel
961 IR study of adsorption and decomposition of propan-2-ol on carbon and carbon-supported catalysts Zawadzki, J.
2001
1-24 2 p. 187-192
6 p.
artikel
962 IR study of the carbonization of aromatic hydrocarbons in KBr disks Nakamizo, M.
1984
1-24 2 p. 193-197
5 p.
artikel
963 Isochronal annealing kinetics and neutron-induced dimensional changes of titanium-doped pyrolytic carbons Price, R.J.
1971
1-24 2 p. 205-218
14 p.
artikel
964 107. Isotherm equation for water vapor adsorption by microporous carbonaceous adsorbents Dubinin, M.M.
1982
1-24 2 p. 136-
1 p.
artikel
965 80 Jahre Weintraub-Reaktionen— Zur synthese ternärer und höherer Alkalimetall-Graphit-Intercalate Schäfer-Stahl(rk), H.
1984
1-24 2 p. 183-185
3 p.
artikel
966 K-emission from glassy carbon Saxena, R.R.
1974
1-24 2 p. 210-212
3 p.
artikel
967 Keywords 2003
1-24 2 p. III-
1 p.
artikel
968 Keywords 2005
1-24 2 p. III-
1 p.
artikel
969 Keywords 2004
1-24 2 p. III-
1 p.
artikel
970 Keywords 2006
1-24 2 p. II-
1 p.
artikel
971 Keywords for Carbon 2002
1-24 2 p. III-
1 p.
artikel
972 Keywords for carbon 1999
1-24 2 p. I-
1 p.
artikel
973 Kinetics and mechanism of carbonization of qi-free products from gas-coking coal hydrogenation-II. Carbonization of solvent fractions separated from coal hydrogenation pitches Machnikowski, Jacek
1993
1-24 2 p. 373-381
9 p.
artikel
974 Kinetics and thermodynamics of intercalation of bromine in graphite—I. Experimental Axdal, S.H.Anderson
1987
1-24 2 p. 191-210
20 p.
artikel
975 Kinetics and thermodynamics of intercalation of bromine in graphite—II. Theory Anderson Axdal, S.H.
1987
1-24 2 p. 211-218
8 p.
artikel
976 86. Kinetics of AsF5 intercalation in highly-oriented pryolytic graphite: Dependence of the 19F NMR chemical shift on stage Miller, Gerald Ray
1982
1-24 2 p. 134-
1 p.
artikel
977 177. Kinetics of carbonization of anthracene Scaroni, Alan W.
1982
1-24 2 p. 144-
1 p.
artikel
978 142. Kinetics of gasification of carbons of different optical textures using oxygen and carbon dioxide Markovic, V.
1982
1-24 2 p. 140-
1 p.
artikel
979 54. Kinetics of mesophase formation during carbonization of petroleum heavy residua Eser, Semih
1984
1-24 2 p. 209-
1 p.
artikel
980 Kinetics of methane thermal decomposition on the carbon surface in transient regime Makarov, K.I.
1969
1-24 2 p. 279-285
7 p.
artikel
981 Kinetics of oxidation and chemisorption of oxygen for porous carbons with high surface area Cheng, Alan
1986
1-24 2 p. 143-150
8 p.
artikel
982 121. Kinetics of oxygen chemisorption by Graphon Lussow, R.O
1968
1-24 2 p. 225-
1 p.
artikel
983 228. Kinetics of oxygen chemisorption on pitch fiber Pinoli, P.C.
1982
1-24 2 p. 150-
1 p.
artikel
984 Kinetics of steam regeneration of virgin and phenol-loaded activated carbon Krebs, C.
1985
1-24 2 p. 223-235
13 p.
artikel
985 82. Kinetics of the carbon-oxygen reaction Ranish, J.M
1984
1-24 2 p. 212-
1 p.
artikel
986 Kinetics of the coke shrinkage process during calcination Wallouch, R.W.
1980
1-24 2 p. 147-153
7 p.
artikel
987 127. Kinetics of the oxygen exchange between CO2 and CO on carbon Mentser, M
1968
1-24 2 p. 227-
1 p.
artikel
988 148. Kinetics of the reaction of hydrogen with films of carbon Cao, J.R.
1982
1-24 2 p. 141-
1 p.
artikel
989 99. Kinetics of the reaction of iron/chromium binary alloys with carbon monoxide Emsley, A.M
1984
1-24 2 p. 215-
1 p.
artikel
990 Kinetic studies of the graphitization process—I Effect of ambient gas phase on the rate of graphitization Noda, T.
1965
1-24 2 p. 175-180
6 p.
artikel
991 65. Kinetic studies of weight loss and volume expansion in heat treated glass-like carbon (GC) Mehrotra, Bhola N
1984
1-24 2 p. 210-
1 p.
artikel
992 261. Kinetic study of filamentous carbon formation on cold-rolled sheets of an iron-cobalt alloy Vanvoren, C.
1984
1-24 2 p. 234-
1 p.
artikel
993 133. Kohler's plots for the magnetoresistance of highly oriented graphite Kaburagi, Y
1984
1-24 2 p. 219-
1 p.
artikel
994 Kohler's rule for magnetoresistance of graphite and carbons Noto, K.
1974
1-24 2 p. 209-210
2 p.
artikel
995 Krypton adsorption as a probe for surface characterization of exfoliated graphite progressively oxidized DuPont-Pavlovsky, N.
1986
1-24 2 p. 203-209
7 p.
artikel
996 104. Krypton adsorption on microporous carbons and 5Å zeolite Mahajan, O.P
1968
1-24 2 p. 221-
1 p.
artikel
997 Lamellar morphology and inner structure of crystalline carbyne fragemnts Melnitchenko, V.M.
1983
1-24 2 p. 131-133
3 p.
artikel
998 94. Lamp black raw material for carbon products Wedge, E
1968
1-24 2 p. 219-
1 p.
artikel
999 240. Laser raman spectra of carbon materials Vidano, R.P.
1982
1-24 2 p. 151-
1 p.
artikel
1000 24. Lattice dynamical model for graphite Al-Jishi, R.
1982
1-24 2 p. 127-
1 p.
artikel
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