Journal of Crystal Growth 1992: Vol 119 Index

8 Pages·1992·1.6 MB·English

Journal of Crystal Growth 119 (1992) 412-415 journnor CRYSTAL
North-Holland GROWTH
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Author index
An, C.Y., see Regel 119 (1992) 94 Darby, M.I., see Taylor 119 (19922)2 1
Andrews, J.B., A.L. Schmale and A.C. Derebail, R., W.R. Wilcox and L.L. Regel,
Sandlin, The influence of gravity level Directional solidification of InSb in a
during directional solidification of immis- centrifuge 119 (1992) 98
cible alloys 119 (1992) 152 Duval, W.M.B., see Batur 119 (1992) 371
Arivuoli, D., see Ganesha 119 (1992) 303
Arnold, W.A., W.R. Wilcox, F. Carlson, A. Einav, Y., see Horowitz 119 (1992) 391
Chait and L.L. Regel, Transport modes Emel’chenko, G.A., see Masalov 119 (1992) 297
during crystal growth in a centrifuge 119 (1992) 24
Arrott, A., see Strong 119 (1992) 200
Farber, G.K., see Strong 119 (1992) 200
Feng, Y., see Taylor 119 (1992) 221
Bandeira, I.N., see Regel 119 (1992) 94
Fikri, M.A., G. Labrosse and M. Betrouni,
Barczy, P., J. Sdlyom and L.L. Regel, Solidi-
The melt phase hydrodynamics for the
fication of Al-Al ,Ni(Cu) eutectics at high
“stabilized” Bridgman procedure applied
gravity 119 (1992) 160
under centrifugation; preliminary analy-
Barilo, S.N., A.P. Ges, S.A. Guretskii, D.I.
sis and numerical results 119(1992) 41
Zhigunov, A.V. Zubets, A.A. Ignatenko,
Fukuda, T., see Kan 119 (1992) 215
A.N. Igumentsev, I.D. Lomako, A.M.
Fukuda, T., see Kawasaki 119 (19923)1 7
Luginets, V.N. Yakimovich, L.A.
Kurochkin, L.V. Markova and O.I. Krot,
Growth of bulk single crystals of Ganesha, R., D. Arivuoli and P. Ramasamy,
YBa,Cu;0,_; from a new type of cru- Observations made during the growth of
trihalides of group Vb elements 119 (1992) 303
cible 119 (1992) 403
Batur, C., R.B. Sharpless, W.M.B. Duval, Garnier, J. and L.M. Cottineau, Questions
raised about material processing in a
B.N. Rosenthal and N.B. Singh, Identifi-
centrifuge: lessons derived from the
cation and control of a multizone crystal
growth furnace 119 (1992) 371 LCPC’s experience 119 (1992) 66
Gazit, D., see Horowitz 119 (1992) 391
Baturin, N.A., see Vorobiov 119 (1992) 111
Ben-Amar, G., see Horowitz 119 (1992) 391 Ges, A.P., see Barilo 119 (1992) 403
Ghiordanescu, V., see Voda 119 (1992) 339
Betrouni, M., see Fikri 119 (1992) 41
Biderman, S., see Horowitz 119 (1992) 391 Glicksman, M.E., see Sokolowski 119 (1992) 126
Grima, P., M. Quintero and J.C. Woolley,
Bolt, R.J. and W.J.P. van Enckevort, Obser-
T(z) diagrams and lattice parameter val-
vation of growth steps and growth hillocks
ues for the Hg,,(Culn),Mn,,Te, and
on the {100}, {210}, {011} and {101} faces
Hg, ,(AgIn),,Mn,,Te, systems 119 (1992) 381
of flux grown KTiOPO, (KTP) 119 (1992) 329
Gurestskii, S.A., see Barilo 119 (1992) 403
Burdin, B.V., L.L. Regel, A.M. Turchaninov
and O.V. Shumaev, The peculiarities of Guseva, M.B., see Shibaev 119 (1992) 399
material crystallization experiments in the
CF-18 centrifuge under high gravity 119 (1992) 61 He, Li, see Li 119 (1992) 322
He Youping, Su Genbo, Wu Bochang and
Cao, F.N., see Zhong 119 (1992) 74 Jang Rihong, Growth and characteristics
Carlson, F., see Arnold 119 (1992) 24 of 5-nitrouracil crystal 119 (1992) 393
Chait, A., see Arnold 119 (1992) 24 Horowitz, A., S. Biderman, Y. Einav, G.
Chen Jinfeng, see Li 119 (19923)6 3 Ben-Amar, D. Gazit, A. Stern and M.
Chen Ying, see Li 119 (19923)6 3 Weiss, Comment on “Preparation and
Cottineau, L.M. see Garnier 119 (1992) 66 properties of hard crystalline materials
Curreri, P.A., The effectiveness of Coriolis for optical applications — a review” by
dampening of convection during aircraft J.A. Savage 119 (1992) 391
high-g arcs 119 (1992) 141 Hoshikawa, K., see Kan 119 (1992) 215
Author index
Hoshikawa, K., see Kawasaki 119 (19923)1 7 Li, Jie, Li He, Nanchang Zhu, Pudong Lao
Huang, Gong-Fan, J.T. Lin, Jiang Rihong and Shixin Yuang, Molecular beam epi-
and Su Genbo, Growth of large single taxial growth and characterization of
crystals of meta-nitroaniline 119 (1992) 309 ZnTe and ZnTe-CdTe superlattice 119 (19923)2 2
Li, L., see Parfeniuk 119 (19922)6 1
Ignatenko, A.A., see Barilo 119 (1992) 403 Li Zhengdong, see Su 119 (19923)6 8
Igumentsev, A.N., see Barilo 119 (1992) 403 Lin, J.T., see Huang 119 (19923)0 9
Indro, M., see Taylor 119 (1992) 221 Lin, L.Y., see Zhong 119 (1992) 74
Iwanari, S. and K. Takayanagi, Surfactant Lipton, H.L., see Luo 119 (19924)0 7
epitaxy of Si on Si(111) surface mediated Lomako, I.D., see Barilo 119 (19924)0 3
by a Sn layer. I. Reflection electron mi- Luginets, A.M., see Barilo 119 (19924)0 3
croscope observation of the growth with Luo, M., C.X. Zhang, D.W. Toth and H.L.
and without a Sn layer mediate the step Lipton, Addition of B-mercaptoethanol
flow 119 (1992) 229 produced stable crystals of Theiler’s virus 119 (1992) 407
Iwanari, S., Y. Kimura and K. Takayanagi,
Surfactant epitaxy of Si on Si(111) sur- Ma, W.J., see Zhong 119 (1992) 74
face mediated by a Sn layer. II. Critical Maeda, H., see Kimura 119 (1992) 313
step flow of the growth with and without Markova, L.V., see Barilo 119 (1992) 403
mediate 119 (1992) 241 Masalov, V.M., G.A. Emel’chenko and A.B.
Mikhajlov, Hydrodynamics and oscilla-
Jang Rihong, see He 119 (1992) 393 tion of temperature in single crystal
Jiang Rihong, see Huang 119 (1992) 309 growth from high-temperature solutions
Jones, I.P., see Taylor 119 (1992) 221 with use of ACRT 119 (1992) 297
Mavlonov, Sh., The phenomena of crystal-
lization in centrifugal force fields and the
Kan, S., M. Sakamoto, Y. Okano, K.
Hoshikawa and T. Fukuda, LiNbO; sin- dynamo effect 119 (1992) 167
Melekh, B.T., see Volkov 119 (1992) 122
gle crystal growth by the continuous
Mikhajlov, A.B., see Masalov 119 (1992) 297
charging Czochralski method with Li/Nb
ratio control 119 (19922)1 5 Muller, G., G. Neumann and W. Weber,
Kan, S., see Kawasaki 119 (19923)1 7 The growth of homogeneous semicon-
Kartenko, N.F., see Volkov 119 (1992) 122 ductor crystals in a centrifuge by the sta-
bilizing influence of the Coriolis force 119(1992) 8
Kawasaki, K., Y. Okano, S. Kan, M.
Sakamoto, K. Hoshikawa and T. Fukuda,
Uniformity of Fe-doped LiNbO, single Neumann, G., see Muller 119(1992) 8
crystal grown by the Czochralski method 119 (1992) 317 Nishikawa, Y., H. Sugawara and Y. Koku-
bun, Anomalous Mg incorporation be-
Kimura, H., T. Numazawa, M. Sato, H.
havior in InGaAIP grown by metalor-
Maeda and M. Sakamoto, Minimization
of lattice parameter change in Czochral- ganic chemical vapor deposition 119 (1992) 292
ski grown (Gd,_,Y,)Ga;O,, garnet sin- Nistor, S.V., see Voda 119 (1992) 339
gle crystal 119 (19923)1 3 Nouruzi-Khorasani, A., see Taylor 119 (1992) 221
Kimura, Y., see Iwanari 119 (19922)4 1 Numazawa, T., see Kimura 119 (1992) 313
Kokubun, Y., see Nishikawa 119 (19922)9 2
Kou, S., see Lan 119 (19922)8 1 Okano, Y., see Kan 119 (1992) 215
Krot, O.I., see Barilo 119 (19924)0 3 Okano, Y., see Kawasaki 119 (19923)1 7
Kurochkin, L.A., see Barilo 119 (19924)0 3
Kuznetsov, Yu.G., see Vekilov 119 (19922)4 8 Palosz, W., see Wiedemeier 119 (1992) 79
Pan Rfen, see Su 119 (1992) 368
Labrosse, G., see Fikri 119 (1992) 41 Parfeniev, R.V., see Volkov 119 (1992) 122
Lan, C.W. and S. Kou, Shortened floating Parfeniuk, C., F. Weinberg, I.V. Samara-
zone crystal growth under normal gravity 119 (1992) 281 sekera, C. Schvezov and L. Li, Measured
Lao, Pudong, see Li 119 (1992) 322 critical resolved shear stress and calcu-
Li, C.J., see Zhong 119 (1992) 74 lated temperature and stress fields dur-
Li Gansheng, Shi Zhenzhu, Wu Jinhua, Chen ing growth of CdZnTe 119 (1992) 261
Ying, Chen Jinfeng and Yang Hua, Piekarczyk, W., Diamond—vapour interface
Growth of large size yttrium aluminum and processes proceeding on it during
perovskite (YAP) laser crystals without growth of diamond crystals. I. Diamond
light scattering centers 119 (1992) 363 (111) face 119 (1992) 345
414 Author index
Quintero, M., see Grima 119 (1992) 381 Dexiang and Yang Tongqin, Growth of
large crystals of pentaerythritol and tris-
Ramasamy, P., see Ganesha 119 (1992) 303 hydroxymethylaminomethone 119 (1992) 368
Rappl, P.H.O., see Regel 119 (1992) 94 Su Genbo, see He 119 (1992) 393
Regel, L.L., see Arnold 119 (1992) 24
Regel, L.L., see Burdin 119 (1992) 61 Takayanagi, K., see Iwanari 119 (1992) 229
Regel, L.L. and O.V. Shumaev, GaSb direc- Takayanagi, K., see Iwanari 119 (1992) 241
tional solidification under high gravity Tamura, S., see Yokota 119 (1992) 195
conditions 119 (1992) 70 Tao, F., see Zhong 119 (1992) 74
Regel, L.L., see Wiedemeier 119 (1992) 79
Taylor, K.N.R., A. Nouruzi-Khorasani, M.
Regel, L.L., A.M. Turchaninov, O.V. Shu- Indro, G.J. Russell, M.I. Darby, Y. Feng,
maev, I.N. Bandeira, C.Y. An and P.H.O. I.P. Jones and R.E. Smallman, Intersec-
Rappl, Growth of lead-tin telluride crys-
tions of twins and of optical domains in
tals under high gravity 119 (1992) 94 crystalline YBa,Cu,0,_; 119 (19922)2 1
Regel, L.L., see Derebail 119 (1992) 98 Tokuda, H., see Yokota 119 (19921)9 5
Regel, L.L., see Volkov 119 (19921)2 2 Toth, D.W., see Luo 119 (19924)0 7
Regel, L.L., see Barczy 119 (19921)6 0 Turchaninov, A.M., see Burdin 119 (1992) 61
Rosenthal, B.N., see Batur 119 (19923)7 1 Turchaninov, A.M., see Regel 119 (1992) 94
Russell, G.J., see Taylor 119 (19922)2 1 Turchaninov, A.M., see Volkov 119 (19921)2 2
Sakamoto, M., see Kan 119 (19922)1 5
Van Enckevort, W.J.P., Phase shifting inter-
Sakamoto, M., see Kimura 119 (19923)1 3
ferometry of growth patterns on the octa-
Sakamoto, M., see Kawasaki 119 (19923)1 7
hedral faces of natural diamonds 119 (1992) 177
Samarasekera, I.V., see Parfeniuk 119 (19922)6 1
Van Enckevort, W.J.P., see Bolt 119 (1992) 329
Sandlin, A.C., see Andrews 119 (19921)5 2
Vekilov, P.G. and Yu.G. Kuznetsov, Growth
Sato, M., see Kimura 119 (19923)1 3
kinetics irregularities due to changed dis-
Schmale, A.L., see Andrews 119 (19921)5 2
location source activity; (101) ADP face 119 (1992) 248
Schvezov, C., see Parfeniuk 119 (19922)6 1
Voda, M., S.V. Nistor and V. Ghiordanescu,
Sharpless, R.B., see Batur 119 (19923)7 1
Preparation of pure and doped CdF, sin-
Shi Zhenzhu, see Li 119 (19923)6 3
gle crystals 119 (1992) 339
Shibaev, P.V. and M.B. Guseva, Molecular
Volkov, M.P., B.T. Melekh, R.V. Parfeniev,
orientation in propyl- and _ hexyloxy-
N.F. Kartenko, L.L. Regel and A.M.
cyanobiphenyl vacuum deposited thin
Turchaninov, Properties of supercon-
films 119 (1992) 399
ducting Bi-Sr-—Ca—Cu-O system re-
Shlichta, P.J., Crystal growth and materials
melted under higher gravity conditions 119 (1992) 122
processing above 1000 g 119 (1992) 1
Vorobiov, P.A., N.A. Baturin and O.V. Shu-
Shumaev, O.V., see Burdin 119 (1992) 61
maev, Laminar convection in the melt
Shumaev, O.V., see Regel 119 (1992) 70
during crystal growth in a centrifuge 119 (1992) 111
Shumaev, O.V., see Regel 119 (1992) 94
Shumaev, O.V., see Vorobiov 119 (19921)1 1
Singh, N.B., see Batur 119 (19923)7 1 Wang, R.B., M. Sommer and F.W. Smith,
Smallman, R.E., see Taylor 119 (19922)2 1 The deposition of diamond films via the
Smith, F.W., see Wang 119 (19922)7 1 oxyacetylene torch: experimental results
Sokolowski, R.S. and M.E. Glicksman, Grav- and thermodynamic predictions 119 (1992) 271
itational influence on eutectic solidifica- Weber, W., see Muller 119(1992) 8
tion 119 (1992) 126 Weinberg, F., see Parfeniuk 119 (1992) 261
Sdélyom, J., see Barczy 119 (1992) 160 Weiss, M., see Horowitz 119 (1992) 391
Sommer, M., see Wang 119 (1992) 271 Wiedemeier, H., L.L. Regel and W. Palosz,
Stern, A., see Horowitz 119 (1992) 391 Vapor transport and crystal growth of
Stoddard, B.L., see Strong 119 (1992) 200 GaSe under normal and high accelera-
Strong, R.K., B.L. Stoddard, A. Arrott and tion 119 (1992) 79
G.K. Farber, Long duration growth of Wilcox, W.R., see Arnold 119 (1992) 24
protein crystals in microgravity aboard Wilcox, W.R., see Derebail 119 (1992) 98
the MIR space station 119 (1992) 200 Woolley, J.C., see Grima 119 (19923)8 1
Sugawara, H., see Nishikawa 119 (1992) 292 Wu Bochang, see He 119 (19923)9 3
Su Genbo, see Huang 119 (1992) 309 Wu Dexiang, see Su 119 (19923)6 8
Su Genbo, Li Zhengdong, Pan Rfen, Wu Wu Jinhua, see Li 119 (19923)6 3
Author index 415
Xue, M.L., see Zhong 119 (1992) 74 Zhang, C.X., see Luo 119 (1992) 407
Zheng, Y., see Zhong 119 (1992) 74
Yakomovich, V.N., see Barilo 119 (1992) 403
Zhigunov, D.I., see Barilo 119 (1992) 403
Yamaura, K., see Yokota 119 (1992) 195
Zhong, X.R., B.J. Zhou, Q.M. Yan, F.N.
Yan, Q.M., see Zhong 119 (1992) 74
Ceo, ©. Li LF. £0, Ws. Be, .t.
Yang Hua, see Li 119 (1992) 363
Zheng, F. Tao and M.L. Xue, Prelimi-
Yang Tonggqin, see Su 119 (1992) 368
nary results of GaAs single crystal growth
Yokota, K., K. Yamaura, H. Tokuda and S.
under high gravity conditions 119 (1992) 74
Tamura, Metalorganic beam _ epitaxial
Zhou, B.J., see Zhong 119 (1992) 74
growth of GaAs on Si substrates treated
Zhu, Nanchang, see Li 119 (1992) 322
by a partially ionized mixture of H, and
Zubets, A.V., see Barilo 119 (1992) 403
AsH, 119 (1992) 195
Yuan, Shixin, see Li 119 (1992) 322
* Journal of Crystal Growth 119 (1992) 416-418 journo CRYSTAL
North-Holland GROWTH
Subject index
Alloys
— aluminum nickel 160 by electrical methods 98
— eutectic 126 by electron diffraction 221
— immiscible 152 by electron microscopy 195, 221, 229, 271
— iron carbon 141 by infrared spectroscopy 309, 339, 393, 399
— copper lead aluminum 152 by interferometry 177, 248
Alumina 391 by magnetic properties 122, 403
Aluminum 167 by optical microscopy 70, 79, 94, 98, 160, 177, 221, 248, 281,
— indium 152 309, 313, 329
— nickel alloys 160 by optical properties 215
Ammonium by photoluminescence 195, 322
— dihydrogen phosphate 248 by Raman spectroscopy 322
Antimony by reflection high energy electron diffraction 195, 229
— tribromide 303 by thermogravimetry 393
— triiodide 303 by X-ray methods 79, 122, 195, 248, 313, 322, 363, 381, 393,
Apparatus 403, 407
for melt growth Computer simulation 261
— by Bridgman-Stockbarger method Convection 1, 8, 24, 41, 66, 79, 94, 98, 111, 126, 141, 152, 160,
— — in centrifuge 281, 297
— — — of lead telluride 24 Copper
— — of cadmium fluoride 339 — lead aluminum 152
for thin film growth Crystal growth
— by metalorganic molecular beam epitaxy — under high gravity conditions 1, 8, 24, 41, 61, 66, 70, 74, 79,
— — of gallium arsenide 195 94, 98, 111, 122, 126, 141, 152, 160, 167
for vapor diffusion crystallization
— — under microgravity Dendritic growth
- — — of proteins 200 — of iron carbon alloys 141
for miscellaneous purposes — of trihalides of group Vp elements 303
— — control of solid—liquid interface 371 Diamond 177, 271, 345
— — obtaining high gravity 66 Diffusional control 24, 79, 94
Arsenic Dislocations 248, 322, 329
— tniiodide 303 Distribution coefficient 317
Dopants 98, 292, 317
Barium
— nitrate 1 Etching
Bismuth — chemical 70, 98, 303
— strontium calcium cuprate 122 Eutectic growth
— triiodide 303 — of alloys 126, 141, 160
Burton—Cabrera—Frank theory 241
Finite element method
Cadmium — simulating cadmium zinc telluride 261
— fluoride 339
— telluride 322 Gallium
— zinc telluride 261 — antimonide 8, 70
Characterization methods — arsenide 74, 195
— by absorption spectroscopy 317, 322, 339 Garnets
— by cathodoluminescence 74, 177 — ferro 297
— by differential thermal analysis 381 — rare earths 313
Subject index
Germanium by uniaxial solidification
— selenide 79 — in centrifuge
Grain boundary 70, 98 — of aluminum 167
— of gallium antimonide 8
Heterojunction 322 — — of indium antimonide 8
Mercury
Indium
— copper indium manganese telluride 381
— antimonide 8, 98 — silver indium manganese telluride 381
— gallium aluminum phosphide 292
Microgravity
Interface 70, 281, 322
— growth of proteins 200
Iron
Morphological stability 152
— carbon alloy 141
Morphology of growth 79, 221, 303, 329, 403
Kinetics
m-Nitroanaline 309
— of growth 248, 292, 322, 403
Nucleation 141, 229, 241
— of interface control 371
Numbers
— of nucleation 141
— Arnold 24, 66
Grashof 24, 297
Lasers
Rayleigh 8
— of yttrium aluminate 363
Taylor 8
Lead
— nitrate 1
Optoelectronic crystals 391
— telluride 24
Organic crystals 200, 309, 368, 393, 399, 407
— tin telluride 94
Lithium
Perfection of crystals 1, 70, 79, 98, 221, 261, 322, 371
— niobate 215, 317
Periodic bond chain theory 329
Lysozyme 200
Phase diagrams
— of diamond 271
Melt growth technique
by Bridgman-—Stockbarger method — of mercury copper indium manganese telluride 381
control of 371 — of mercury silver indium manganese telluride 381
— of rare earth garnets 313
of cadmium fluoride 339
Phenomenological theory 271
of cadmium zinc telluride 261
Potassium
using a centrifuge
— titanyl phosphate 329
— analytical study of 111
Proteins 200, 407
of gallium antimonide 8
of immiscible alloys 152
of indium antimonide 8 Quantum wells /size effects
of iron carbon alloys 141 — of zinc telluride /cadmium telluride 322
of lead telluride 24
of lead tin telluride 94 Sapphire 391
of semiconductors 66 Silicon 229, 241
— theory of 41 Sodium
by Czochralski method — nitrate 281
— of lithium niobate 215, 317 Solution growth technique
— of rare earth garnets 313 — by centrifugation over 1000g
— of yttrium aluminate 363 — — of inclusion-free crystals 1
by floating zone method — by flux method
— of sodium nitrate 281 — — of ferrogarnet 297
by gradient solidification method — — of potassium titanyl phosphate 329
— of sapphire 391 — — of yttrium barium cuprate 221, 403
by high gravity — by hanging drop vapor diffusion
— of eutectic alloys 126 — — of virus 407
— of gallium arsenide 74 — by low temperature method
by traveling heater method — — of ammonium dihydrogen phosphate 248
— — in centrifuge — — of m-nitroaniline 309
— — — of gallium antimonide 8 — — of organic crystals 368, 393
— — — of indium antimonide 8 Step 229, 241, 248, 329
418 Subject index
Strain 261, 322 — — through metalorganic chemical vapor deposition
Superconductivity 122, 221, 403 — — — of diamond 271, 345
— bulk 403 — — — of indium gallium aluminum phosphide 292
— ceramics 122 theory of 229, 241
— characterization 122, 221, 403
— crystal chemistry 403
Vapor diffusion crystallization
— high T, 122, 221, 403
— under microgravity
— phase relationships 122
— — of proteins 200
— stoichiometry 122
Vapor growth technique
Supercooling, supersaturation 248, 303, 393, 403
— by chemical transport
Superlattices 322
— — of trihalides of group Vz elements 303
Surface structure 229, 241, 329
by evaporation and condensation
— in centrifuge
Thermodynamics 271
— — — of germanium selenide 79
Thin film growth
Virus 407
— by metalorganic molecular beam epitaxy
— — of gallium arsenide 195
Yttrium
— by molecular beam epitaxy
— barium cuprate 221, 403
— — of zinc telluride /cadmium telluride superlattices 322
— by vapor phase epitaxy
— — through evaporation and condensation Zinc
— — — of organic crystals 399 — telluride 322