Digital Library
Close Browse articles from a journal
 
Search for with title:
ABCDEFGHIJKLMNOPQRSTUVWXYZ

     Journal description
       All volumes of the corresponding journal
         All issues of the corresponding volume
                                       All articles of the corresponding issues
 
                             198 results found
no title author magazine year volume issue page(s) type
1 A contribution to the Al–Ir phase diagram Pavlyuchkov, D.
 2008
 6 p. 801-806
6 p.
 article
2 Alloys based on Fe3Al or FeAl with strengthening Mo3Al precipitates Eumann, M
 2004
 6 p. 625-633
9 p.
 article
3 A method for seeking high thermal conductivity compounds Terada, Yoshihiro
 1998
 6 p. 479-485
7 p.
 article
4 Analysis of element-content effects on equilibrium segregation at γ/γ′ interface in Ni-base superalloys using the cluster variation method Kitashima, T.
 2008
 6 p. 779-784
6 p.
 article
5 Analysis of the plastic anisotropy and pre-yielding of (γ/α2)-phase titanium aluminide microstructures by crystal plasticity simulation Zambaldi, C.
 2011
 6 p. 820-827
8 p.
 article
6 Annealing response of the intermetallic alloy Ti–22Al–25Nb Dey, S.R.
 2010
 6 p. 1122-1131
10 p.
 article
7 Around the composition Gd4Co3: Structural, magnetic and magnetocaloric properties of Gd6Co4.85(2) Tencé, S.
 2010
 6 p. 1216-1221
6 p.
 article
8 A thermodynamic analysis of the NiAl system Huang, W.
 1998
 6 p. 487-498
12 p.
 article
9 A thermodynamic approach for predicting the tendency of multicomponent metallic alloys for glass formation Yan, X.-Y.
 2001
 6 p. 535-538
4 p.
 article
10 A thermodynamic description of the TiAl system Zhang, F.
 1997
 6 p. 471-482
12 p.
 article
11 Author index to volume 3 1995
 6 p. 513-514
2 p.
 article
12 Boron solubility and boride compositions in α 2 + γ titanium aluminides Larson, D.J.
 1997
 6 p. 411-414
4 p.
 article
13 Boss formability of a Zr-based bulk metallic glass Jun, H.-J.
 2009
 6 p. 463-470
8 p.
 article
14 Bulk metallic glasses Löffler, Jörg F.
 2003
 6 p. 529-540
12 p.
 article
15 Calculation of electronic properties of SrSi2 within the framework of a band theory Imai, Yoji
 2006
 6 p. 666-671
6 p.
 article
16 Characterization and physical properties of the indides Yb2 T 2In (T=Cu, Pd, Au) Giovannini, M.
 2001
 6 p. 481-485
5 p.
 article
17 Characterization of the effect of alloying additions on the crystallization of an amorphous Fe73.5Si13.5B9Nb3Cu1 alloy Zhang, Y.R
 2006
 6 p. 710-714
5 p.
 article
18 Combustion synthesis of metallic foams from nanocomposite reactants Hunt, Emily M.
 2006
 6 p. 620-629
10 p.
 article
19 Combustion synthesis of NiAl/Al2O3 composites by induction heating Zhu, X.
 2010
 6 p. 1197-1204
8 p.
 article
20 Comments on “Effects of X (V, W, Mo, Hf, Ta, Zr) additions on the ideal cleavage fracture of Cr2Nb: First-principles determination” [Intermetallics 18(2010)65–69] Nie, Xiao-wu
 2010
 6 p. 1258-1261
4 p.
 article
21 Comparison of Cu and Ti–52Al in creep at the same homologous temperature and minimum creep rate Orlová, Alena
 2001
 6 p. 529-534
6 p.
 article
22 Conference 1995
 6 p. 511-
1 p.
 article
23 Conference 1999
 6 p. 741-
1 p.
 article
24 Contents of volume 3 1995
 6 p. 515-518
4 p.
 article
25 Continuous solid solution between two L12 compounds in a quaternary system Huang, C.
 2004
 6 p. 619-623
5 p.
 article
26 Corrigendum to “Thermodynamic analysis and assessment of the Ce–Ni system” [Intermetallics 12 (2004) 1367–1372] Palumbo, M.
 2005
 6 p. 681-
1 p.
 article
27 Corrosion protection of Nd–Fe–B type permanent magnets by zinc phosphate surface conversion coatings Bala, H.
 2001
 6 p. 515-519
5 p.
 article
28 Creep behaviour of a new air-hardenable intermetallic Ti–46Al–8Ta alloy Lapin, J.
 2011
 6 p. 814-819
6 p.
 article
29 Creep deformation of oxide-dispersion-strengthened Fe-40Al intermetallic: thermal and athermal contributions Morris-Muñoz, M.A
 1999
 6 p. 653-661
9 p.
 article
30 Cryogenic treatment-induced martensitic transformation in Cu–Zr–Al bulk metallic glass composite Ma, G.Z.
 2010
 6 p. 1254-1257
4 p.
 article
31 Crystal structure and physical properties of EPCo4.7Ge9 (EP=Sr, Ba, Eu) Nasir, N.
 2009
 6 p. 471-476
6 p.
 article
32 Cyclic oxidation of Pt/Pd-modified aluminide coating on a nickel-based superalloy at 1150°C Hong, S.J.
 2009
 6 p. 381-386
6 p.
 article
33 Decagonal quasicrystals in Al–Pd–Fe Balanetskyy, S.
 2005
 6 p. 649-654
6 p.
 article
34 Deformation and fracture behaviors of Co-based metallic glass and its composite with dendrites Fan, J.T.
 2009
 6 p. 445-452
8 p.
 article
35 Deformation behaviour of Al-containing C14 Laves phase alloys Machon, L.
 1996
 6 p. 469-481
13 p.
 article
36 Development of a turbulence-free casting technique for titanium aluminides Harding, R.A.
 2011
 6 p. 805-813
9 p.
 article
37 Diffusion bonding of intermetallic Ti-47Al-2Cr-0.2Si sheet material and mechanical properties of joints at room temperature and elevated temperatures Glatz, Wolfgang
 1997
 6 p. 415-423
9 p.
 article
38 Diffusion mechanism of iron in ternary (Ni,Fe)Al alloys with B2-structure Rennhofer, M.
 2003
 6 p. 573-580
8 p.
 article
39 Dissolution–precipitation–substitution mechanism of self-propagating high-temperature synthesis of β-NiAl(Cu)/α(Cu,Ni) composite Fan, Quncheng
 2002
 6 p. 541-554
14 p.
 article
40 Domestic object damage and fatigue behaviour of an advanced gamma TiAl alloy Bache, M.R.
 2011
 6 p. 782-786
5 p.
 article
41 Dynamical phase analysis along pseudobinary line Ni2CuNi2CuSn Kratochvíl, P.
 1995
 6 p. 455-466
12 p.
 article
42 Editorial board 2010
 6 p. IFC-
1 p.
 article
43 Editorial board 2009
 6 p. IFC-
1 p.
 article
44 Editorial board 2011
 6 p. IFC-
1 p.
 article
45 Effect of aging treatment on microstructure and properties of high-entropy Cu0.5CoCrFeNi alloy Lin, Chun-Ming
 2010
 6 p. 1244-1250
7 p.
 article
46 Effect of alloy stoichiometry on grain boundary chemistry and fracture behavior of directionally solidified Ni3Al George, E.P.
 1997
 6 p. 425-432
8 p.
 article
47 Effect of low-pressure hydrogen on the room-temperature tensile ductility and fracture behavior of Ni3Al Cohron, J.W.
 1996
 6 p. 497-502
6 p.
 article
48 Effect of low-temperature precipitation on the transformation characteristics of Ni-rich NiTi shape memory alloys during thermal cycling Wagner, M.F.-X.
 2010
 6 p. 1172-1179
8 p.
 article
49 Effect of γ2-phase precipitates on the martensitic transformation of a β-CuAlBe shape memory alloy Cuniberti, A.
 2009
 6 p. 435-440
6 p.
 article
50 Effect of the processing route on the oxidation behaviour of a Ni3Al powder metallurgy alloy Peréz, P
 1999
 6 p. 679-687
9 p.
 article
51 Effects of alloying elements on elastic properties of Ni3Al by first-principles calculations Kim, D.E.
 2010
 6 p. 1163-1171
9 p.
 article
52 Effects of copper insert layer on the properties of friction welded joints between TiAl and AISI 4140 structural steel Lee, Won-Bae
 2004
 6 p. 671-678
8 p.
 article
53 Effects of deviations from stoichiometry on the strength anomaly and fracture behavior of B-doped FeAl Carleton, R.
 1995
 6 p. 433-441
9 p.
 article
54 Effects of gaseous hydrogen and water vapor pressure on environmental embrittlement of Ni3Al Lee, K.H.
 1997
 6 p. 483-490
8 p.
 article
55 Effects of ternary additions on thermal conductivity of NiAl Terada, Yoshihiro
 1999
 6 p. 717-723
7 p.
 article
56 Electrochemical behavior of intermetallic Ti3Al-based alloys in simulated human body fluid environment Choubey, Animesh
 2004
 6 p. 679-682
4 p.
 article
57 Electron beam melting of Ti–48Al–2Cr–2Nb alloy: Microstructure and mechanical properties investigation Biamino, S.
 2011
 6 p. 776-781
6 p.
 article
58 Elevated temperature compressive slow strain rate properties of several directionally solidified NiAl–(Nb,Mo) alloys Whittenberger, J.Daniel
 1999
 6 p. 627-633
7 p.
 article
59 Emission mitigation potential of lightweight intermetallic TiAl components Lavery, N.P.
 2011
 6 p. 787-792
6 p.
 article
60 Endurance and composition and microstructure effects on endurance of TiAl used in turbochargers Tetsui, T
 1999
 6 p. 689-697
9 p.
 article
61 Energetic evaluation for inducing the thermoelastic martensitic transformation by mechanical stress in Cu–Zn–Al single crystals Gil, F.J
 1999
 6 p. 699-704
6 p.
 article
62 Energetic evaluation of the semiconducting mono-, sesqui-, and di-silicides of the 8th group elements (Fe, Ru and Os) using first-principle calculations Imai, Yoji
 2008
 6 p. 769-773
5 p.
 article
63 Enthalpies of formation of binary Laves phases Zhu, J.H.
 2002
 6 p. 579-595
17 p.
 article
64 Estimates of the formation enthalpies of point defects in intermetallic compounds with the C15 structure and comparison with experiments Modder, I.W.
 1998
 6 p. 537-546
10 p.
 article
65 Experimental determination of phase equilibria in the FeAlC system Palm, Martin
 1995
 6 p. 443-454
12 p.
 article
66 Experimental reinvestigation of the Co–Nb phase diagram Stein, F.
 2008
 6 p. 785-792
8 p.
 article
67 Experimental study of the CeNi5–CeCu5 system Wang, J.
 2006
 6 p. 695-701
7 p.
 article
68 Fe–27at% Al: a resistometric study of the kinetics of order–order transformation in the DO3f phase Sprus ̌il, B.
 1999
 6 p. 635-639
5 p.
 article
69 Fe–Mn mechanically alloyed powders characterised by local probes Uhrmacher, M
 2002
 6 p. 571-578
8 p.
 article
70 Field-activated pressure-assisted synthesis of NiTi Locci, A.M.
 2003
 6 p. 555-571
17 p.
 article
71 First-principles based investigation on effects of magnetism on lattice dynamics in Fe72Pd28 alloy Dutta, Biswanath
 2010
 6 p. 1143-1147
5 p.
 article
72 First-principles calculations of the structural and elastic properties of β-FeSi2 at high-pressure Tani, Jun-ichi
 2010
 6 p. 1222-1227
6 p.
 article
73 First-principles study of the ideal cleavage fracture of Cr2Nb microalloyed by X (Al, Ni, Co, Ti) Li, Chenliang
 2009
 6 p. 394-399
6 p.
 article
74 First-principle study on substitution of Cu or P into Ni–Sn intermetallic compounds Chung, T.J.
 2010
 6 p. 1228-1234
7 p.
 article
75 Flow serration and shear-band propagation in porous Mo particles reinforced Mg-based bulk metallic glass composites Chen, H.M.
 2010
 6 p. 1240-1243
4 p.
 article
76 Flow serration in a Zr-based bulk metallic glass in compression at low strain rates Song, S.X.
 2008
 6 p. 813-818
6 p.
 article
77 Formation and oxidation behavior of Ni2Al3 coating on heat-resistant Ti-alloy Izumi, Takeshi
 2005
 6 p. 615-619
5 p.
 article
78 Formation of Co–Si intermetallics in bulk diffusion couples. Part II. Manifestations of the Kirkendall effect accompanying reactive diffusion van Dal, M.J.H
 2001
 6 p. 451-456
6 p.
 article
79 Formation of nanocrystalline cubic (L12) titanium trialuminide by controlled ball milling Varin, R.A.
 1998
 6 p. 547-557
11 p.
 article
80 Formation of Zr66.7Al11.1Ni22.2 noncrystalline alloys demonstrated by molecular dynamics simulations based on distorted plastic crystal model Takeuchi, A.
 2008
 6 p. 819-826
8 p.
 article
81 Fracture behaviour of Ti3Al single crystals for the basal slip orientation Yakovenkova, L
 2004
 6 p. 599-605
7 p.
 article
82 Fracture toughness of Ti46.5Al2.1Cr3.0Nb0.2W from finite element analysis of miniaturized disk-bend test results Eck, S.J.
 1998
 6 p. 471-477
7 p.
 article
83 Grain-boundary diffusion of nickel in Cr-, Fe-, and Zr-modified Ni3Al intermetallic Čermák, Jiřı́
 1999
 6 p. 725-730
6 p.
 article
84 Heavy rare earth based bulk metallic glasses with high thermal stability Li, S.
 2006
 6 p. 592-595
4 p.
 article
85 Hydrogen absorption by Laves phase related BCC solid solution Akiba, E.
 1998
 6 p. 461-470
10 p.
 article
86 Hydrogenation behavior of the solid solutions RE4NiMg1−x Al x and RE4−yNiMg1+y with RE = Gd and Y Couillaud, Samuel
 2010
 6 p. 1115-1121
7 p.
 article
87 Hydrogen property in lattice associated with the embrittlement of Co3Ti alloys Takasugi, T.
 1997
 6 p. 443-448
6 p.
 article
88 IFC - Editorial board 2008
 6 p. IFC-
1 p.
 article
89 Improved ductility and oxidation resistance in Nb and Al co-substituted MoSi2 Dasgupta, T.
 2008
 6 p. 739-744
6 p.
 article
90 In and ex situ investigations of the β-phase in a Nb and Mo containing γ-TiAl based alloy Clemens, H.
 2008
 6 p. 827-833
7 p.
 article
91 Influence of texture on deformed microstructures of rolled TiAl alloys: Simulation versus experimental observations Morris, M.A.
 1998
 6 p. 511-521
11 p.
 article
92 Infrared brazing of Ti50Ni50 shape memory alloy using two Ag–Cu–Ti active braze alloys Shiue, R.H.
 2006
 6 p. 630-638
9 p.
 article
93 In situ phase separation and flow behavior in the glass transition region Louzguine-Luzgin, Dmitri V.
 2010
 6 p. 1235-1239
5 p.
 article
94 Intermediate products of hydriding combustion synthesis of Mg2NiH4 studied by optical microscopy and field-emission scanning electron microscopy Li, Liquan
 2005
 6 p. 662-668
7 p.
 article
95 Intermetallics for the Third Millennium: a Symposium dedicated to Professor R. W. Cahn 1998
 6 p. 559-
1 p.
 article
96 Investigation of thermal and stress induced hysteretic curves in CuAl(11.5 wt%)Ni(5.0 wt%) single crystalline shape memory alloy El Rasasi, T.Y.
 2010
 6 p. 1137-1142
6 p.
 article
97 Investment casting technology for production of TiAl low pressure turbine blades – Process engineering and parameter analysis Aguilar, Julio
 2011
 6 p. 757-761
5 p.
 article
98 Isothermal section at 850°C of the U–Fe–Al ternary system Gonçalves, A.P.
 2005
 6 p. 580-585
6 p.
 article
99 Isothermal section at 750°C of the U–Fe–Sn ternary system Noël, H
 2001
 6 p. 473-479
7 p.
 article
100 Keywords for Intermetallics 1997
 6 p. I-II
nvt p.
 article
101 Long term oxidation resistance and thermal stability of Ni-aluminide/Fe-aluminide duplex diffusion coatings formed on ferritic steels at low temperatures Xiang, Z.D.
 2009
 6 p. 387-393
7 p.
 article
102 Magnetic, electronic and transport properties of the Ce3Ag4X4 (X=Ge, Sn) compounds Szytuła, A.
 2006
 6 p. 702-709
8 p.
 article
103 Magnetic properties of Nd3Ag4Ge4 Gondek, Ł.
 2010
 6 p. 1211-1215
5 p.
 article
104 Magnetization and specific heat study of metamagnetism in Lu2Fe17-based intermetallic compounds Tereshina, E.A.
 2010
 6 p. 1205-1210
6 p.
 article
105 Mechanical properties of in situ Fe3Al matrix composites fabricated by MA–PDS process Park, B.G.
 2006
 6 p. 660-665
6 p.
 article
106 Mechanical properties of single crystal YCu and (Tb0.88Dy0.12)Zn B2 intermetallic compounds Russell, A.M.
 2005
 6 p. 565-571
7 p.
 article
107 Mechanical properties of spark plasma sintered Nb–Al compacts strengthened by dispersion of Nb2N phase and additions of Mo and W Murakami, T
 1999
 6 p. 731-739
9 p.
 article
108 Microsegregation, macrosegregation and related phase transformations in TiAl alloys Daloz, D.
 2011
 6 p. 749-756
8 p.
 article
109 Microstructural evolution of PST-TiAl during low-rate compressive micro-straining at 1023 K in hard and soft orientations Gupta, Abhishek
 2003
 6 p. 589-600
12 p.
 article
110 Microstructural stability, hardness and compressive behaviour of directionally solidified intermetallic Ni3Al-based alloy with γ/γ′-β structure Lapin, J.
 1999
 6 p. 705-715
11 p.
 article
111 Microstructure and hardness dependence of the pressure of nano-crystalline aluminum Abou Zied, M.
 2008
 6 p. 745-750
6 p.
 article
112 Microstructure and high temperature strength at 1773 K of Nbss/Nb5Si3 composites alloyed with molybdenum Kim, Won-Yong
 2002
 6 p. 625-634
10 p.
 article
113 Microstructure and room temperature deformation of Nbss/Nb5Si3 in situ composites alloyed with Mo Kim, Won-Yong
 2001
 6 p. 521-527
7 p.
 article
114 Microstructure control and ductility improvement of the two-phase γ-Fe/κ-(Fe, Mn)3AlC alloys in the Fe–Mn–Al–C quaternary system Kimura, Yoshisato
 2004
 6 p. 607-617
11 p.
 article
115 Microstructure of spark sintered titanium-aluminide compacts Matsugi, K.
 1996
 6 p. 457-467
11 p.
 article
116 Microstructures and mechanical properties of cast Nb–Ti–Si–Zr alloys Tian, Y.X.
 2008
 6 p. 807-812
6 p.
 article
117 Miscibility gap of B2 phase in NiAl to Cu3Al section of the Cu–Al–Ni system Kainuma, R.
 2005
 6 p. 655-661
7 p.
 article
118 Modification of NiAl–Cr(Mo)–0.15Hf alloy by Sc addition Xie, Y.
 2009
 6 p. 400-403
4 p.
 article
119 Modified interfacial reactions in Ag–Zn multilayers under the influence of high DC currents Friedman, J.R
 2004
 6 p. 589-597
9 p.
 article
120 MoSi2 laminate processed by tape casting: Microstructure and mechanical properties' investigation Biamino, S.
 2008
 6 p. 758-768
11 p.
 article
121 NiAl–Al2O3 composites produced by pulse plasma sintering with the participation of the SHS reaction Michalski, A.
 2006
 6 p. 603-606
4 p.
 article
122 NiAl-based polyphase in situ composites in the NiAlTaX (X = Cr, Mo, or V) systems Johnson, D.R.
 1995
 6 p. 493-503
11 p.
 article
123 Ni–Gd–Al metallic glasses with large magnetocaloric effect Chang, J.
 2010
 6 p. 1132-1136
5 p.
 article
124 Noncrystalline structure created through ensemble of clusters in metastable cubic Zr2Ni structure by their random rotations and subsequent annealing Takeuchi, A.
 2008
 6 p. 774-778
5 p.
 article
125 Numerical study of convection-induced peritectic macro-segregation effect at the directional counter-gravity solidification of Ti–46Al–8Nb alloy Kartavykh, A.
 2011
 6 p. 769-775
7 p.
 article
126 On the activation energy of the σ-phase formation in a pure and Ti-doped Fe–Cr alloy Błachowski, A.
 2001
 6 p. 493-498
6 p.
 article
127 On the criteria of bulk metallic glass formation in MgCu-based alloys Xi, X.K.
 2005
 6 p. 638-641
4 p.
 article
128 On the solidification microstructure of Mg–30Zn–2.5Y metal–intermetallic alloy Shao, G.
 2006
 6 p. 596-602
7 p.
 article
129 Oxidation behavior of extruded Mo5Si3B x –MoSi2–MoB intermetallics from 600°–1600 °C Thom, Andrew J.
 2002
 6 p. 555-570
16 p.
 article
130 Oxidation behaviour of Fe40Al alloy strip Montealegre, M.A.
 2001
 6 p. 487-492
6 p.
 article
131 Phase and microstructural evolution of Ir–Si binary alloys with fcc/silicide structure Sha, J.B.
 2006
 6 p. 672-684
13 p.
 article
132 Phase Diagrams for Binary Alloys: A Desk Handbook Cahn, Robert W
 2001
 6 p. 539-
1 p.
 article
133 Phase equilibria and γ′-L12 phase stability in the Ni-rich portion of Ni–Fe–Si and Ni–Fe–Al systems Himuro, Y.
 2005
 6 p. 620-630
11 p.
 article
134 Phase equilibria and microstructure evolution of Al–Mo–Ti ternary alloys Nino, Rikiya
 2003
 6 p. 611-623
13 p.
 article
135 Phase equilibria in the Fe–Al–Mo system – Part II: Isothermal sections at 1000 and 1150°C Eumann, M.
 2008
 6 p. 834-846
13 p.
 article
136 Phase formation and thermal stability in Cu–Zr–Ti(Al) metallic glasses Pauly, S.
 2009
 6 p. 453-462
10 p.
 article
137 Phase relations in the Co–CoAl–C system involving E21 type Co3AlC x phase Fritscher, Klaus
 2009
 6 p. 427-434
8 p.
 article
138 Phases and phase equilibria in the Al-rich part of the Al–Ti system above 900 °C Palm, M
 2002
 6 p. 523-540
18 p.
 article
139 Phase transformations and phase equilibria in a Ti–37% Al–20% Mn alloy Butler, C.J
 1999
 6 p. 663-669
7 p.
 article
140 Phase transformations in HIPped Ti-48Al-2Mn-2Nb powder during heat-treatments Zhang, G.
 1996
 6 p. 447-455
9 p.
 article
141 Physical metallurgy and processing of intermetallic compounds Sauthoff, G.
 1997
 6 p. 491-492
2 p.
 article
142 Point defect behavior in high temperature region in the B2-type intermetallic compound FeAl Kogachi, M.
 1998
 6 p. 499-510
12 p.
 article
143 Powder metallurgical processing of Ni–Ti–Zr alloys undergoing martensitic transformation—part II Monastyrsky, G.E.
 2002
 6 p. 613-624
12 p.
 article
144 Precipitation in ductile Fe–18Al–5Cr alloys with additions of Mo, W and C and effects on high-temperature strength Morris, D.G.
 2009
 6 p. 404-413
10 p.
 article
145 Preparation and magnetic properties of amorphous and nanocrystalline Sm2Co17 alloys Lu, Nianduan
 2010
 6 p. 1180-1184
5 p.
 article
146 Preparation of Ti+Ti6Si2B powders by high-energy ball milling and subsequent heat treatment Silva, Alexandro Nakano
 2006
 6 p. 585-591
7 p.
 article
147 Pressure effect on the structural properties of amorphous Ag during isothermal annealing Celik, F.A.
 2008
 6 p. 793-800
8 p.
 article
148 Primary recrystallization in an ODS FeAl alloy: an effective way to modify texture and microstructure Grosdidier, T
 2004
 6 p. 645-654
10 p.
 article
149 Processing of Fe3Al and FeAl alloys by reaction synthesis Joslin, D.L.
 1995
 6 p. 467-481
15 p.
 article
150 Properties of nanocrystalline and nanocomposite W x Zr1−x thin films deposited by co-sputtering Horwat, D.
 2009
 6 p. 421-426
6 p.
 article
151 Properties of passive film formed on CP titanium, Ti–6Al–4V and Ti–13.4Al–29Nb alloys in simulated human body conditions Shukla, A.K.
 2005
 6 p. 631-637
7 p.
 article
152 Reaction mechanism of hydriding combustion synthesis of Mg2NiH4 Li, Liquan
 1999
 6 p. 671-677
7 p.
 article
153 Reactive mechanical grinding applied to a (Ti+Ni) mixture and to a TiNi compound Bobet, Jean-Louis
 2002
 6 p. 597-601
5 p.
 article
154 Reactive sintering of TiAl–Ti5Si3 in situ composites Alman, David E.
 2005
 6 p. 572-579
8 p.
 article
155 Recycling of gamma titanium aluminide scrap from investment casting operations Reitz, J.
 2011
 6 p. 762-768
7 p.
 article
156 Refinement in crystal structure of MoSi2 Harada, Y.
 1998
 6 p. 523-527
5 p.
 article
157 Re-ordering of disordered Ni3Al at low temperatures: contribution of mobile interstitials Abromeit, C.
 1996
 6 p. 441-446
6 p.
 article
158 Site-preferences and local spin-polarization of transition metal solute atoms in B2 type Ni–Al alloys Özcan, S.
 2009
 6 p. 441-444
4 p.
 article
159 Sliding tribological characteristics of Zr-based bulk metallic glass under lubricated conditions Bakkal, Mustafa
 2010
 6 p. 1251-1253
3 p.
 article
160 Solidification behaviour of TiAl-based alloys studied by directional solidification technique Lapin, J.
 2011
 6 p. 797-804
8 p.
 article
161 Solid solution softening and hardening in alloyed MoSi2 Harada, Y.
 1998
 6 p. 529-535
7 p.
 article
162 Solubility of zinc in the CeCu6 intermetallic compound Pavlyuk, V.V.
 2004
 6 p. 665-669
5 p.
 article
163 Spray forming thick nanostructured and microstructured FeAl deposits Ji, G.
 2005
 6 p. 596-607
12 p.
 article
164 Stability of ordered L12 phase in Ni3Fe–Ni3X (X:Si and Al) pseudobinary alloys Himuro, Y
 2004
 6 p. 635-643
9 p.
 article
165 Strengthening of γ-TiAl-Nb by short-range ordering of point defects Li, Yu-Juan
 2011
 6 p. 793-796
4 p.
 article
166 Study of the role of Ta and Cr additions in the microstructure of Nb–Ti–Si–Al in situ composites Zelenitsas, K.
 2006
 6 p. 639-659
21 p.
 article
167 Study of wear resistant MoSi2–SiC composites fabricated by self-propagating high temperature synthesis casting La, Peiqing
 2003
 6 p. 541-550
10 p.
 article
168 Superplasticity in large-grained Fe3Al alloys Lin, D.
 1996
 6 p. 489-496
8 p.
 article
169 Surface spectroscopy and temperature-programmed desorption studies of the interaction of water vapor with Ni3(Al, Ti) (100) and (111) surfaces as a function of temperature Chia, W.J.
 1995
 6 p. 505-509
5 p.
 article
170 Synthesis and crystal structures of RERhIn (RE=Sm, Tb, Ho, Er, Tm, Yb, Lu) Lukachuk, Mary'ana
 2003
 6 p. 581-587
7 p.
 article
171 TEM study of the friction stress acting on edge dislocations in Ni3Al Rentenberger, C.
 2003
 6 p. 601-609
9 p.
 article
172 Tensile and bending deformation of Ni3Al heavily cold-rolled foil Kobayashi, Satoru
 2005
 6 p. 608-614
7 p.
 article
173 Tensile fracture characteristics and deformation behavior of a Zr-based bulk metallic glass at high temperatures Wang, G.
 2005
 6 p. 642-648
7 p.
 article
174 Tensile properties and fracture toughness of TiAl alloys with controlled microstructures Liu, C.T.
 1996
 6 p. 429-440
12 p.
 article
175 The constitution of the ternary system Fe–Ni–Si Ackerbauer, Sarah
 2009
 6 p. 414-420
7 p.
 article
176 The controlling creep processes in TiAl alloys at low and high stresses Zhang, W.J
 2002
 6 p. 603-611
9 p.
 article
177 The effects of lamellar structure in the TiAl intermetallic compound on its acoustic emission behavior during tensile deformation Zhu, A.
 1996
 6 p. 483-488
6 p.
 article
178 The Fe–Ni system: Thermodynamic modelling assisted by atomistic calculations Cacciamani, G.
 2010
 6 p. 1148-1162
15 p.
 article
179 The flow stress anomaly in Fe–43at%Al single crystals Messerschmidt, U.
 2006
 6 p. 607-619
13 p.
 article
180 The influence of order on the recovery and recrystallization of a Fe3Al alloy Morris, D.G.
 1995
 6 p. 483-491
9 p.
 article
181 The interaction between extended dislocations and antiphase domain boundaries — II: uncoupled superpartial dislocations and planar slip Rong, T.S.
 2001
 6 p. 507-514
8 p.
 article
182 The interaction between extended dislocations and antiphase domain boundaries — I: superpartial separation and the yield stress Rong, T.S.
 2001
 6 p. 499-506
8 p.
 article
183 The isothermal section at 500°C of the Al–Cu–Ho ternary system Riani, P.
 2005
 6 p. 669-680
12 p.
 article
184 The microstructures and mechanical properties of niobium-modified Ni-25Al-27.5Fe intermetallics Tsau, Chun-Huei
 1997
 6 p. 433-441
9 p.
 article
185 Theoretical and experimental study of the γ and γ′ equilibrium in the Ni–Al–Cr–Co system Brož, P.
 2002
 6 p. 635-639
5 p.
 article
186 Theoretical investigations of the elastic constants in Laves phases Anton, H.
 1997
 6 p. 449-465
17 p.
 article
187 The physics of creep Cahn, Robert
 1996
 6 p. 503-
1 p.
 article
188 Thermal characteristics of Ni–Fe–Ga–Mn and Ni–Fe–Ga–Co ferromagnetic shape memory alloys Picornell, C.
 2008
 6 p. 751-757
7 p.
 article
189 Thermodynamic assessment of the Al–Mo system and of the Ti–Al–Mo System from 0 to 20at.% Ti Cupid, Damian M.
 2010
 6 p. 1185-1196
12 p.
 article
190 Thermodynamic assessment of the Nb–Si–Al system Shao, G.
 2004
 6 p. 655-664
10 p.
 article
191 Thermodynamic modeling of the Co–Ni–Y system Du, Zhenmin
 2005
 6 p. 586-595
10 p.
 article
192 The role of hydrogen diffusion and desorption in moisture-induced embrittlement in intermetallics doped with alloying elements Chen, Yanfeng
 2003
 6 p. 551-554
4 p.
 article
193 Tracer solute diffusion of Nb, Zr, Cr, Fe, and Ni in γ-TiAl: effect of preferential site occupation Herzig, Chr.
 2001
 6 p. 461-472
12 p.
 article
194 Vacancies in FeAl and NiAl Cottrell, A.H.
 1997
 6 p. 467-469
3 p.
 article
195 Vacancy concentrations in the B2 intermetallic phase PdIn at 900°C Huang, M.
 2001
 6 p. 457-460
4 p.
 article
196 Vacancy formation and effects in FeAl Jordan, J.L.
 2003
 6 p. 507-528
22 p.
 article
197 Volume of formation and ligand field effects in some intermetallics Bhatia, M.L.
 1999
 6 p. 641-651
11 p.
 article
198 Zirconium–aluminium ordering in Zr5Ni4Al—a new superstructure in the family of U3Si2 related intermetallics Leineweber, Andreas
 2006
 6 p. 685-694
10 p.
 article
                             198 results found
 
 Koninklijke Bibliotheek - National Library of the Netherlands