501 - 510 |
The perfection of space-grown GaSb studied by X-ray topography and high-resolution diffractometry Voloshin AE, Lomov AA, Nishinaga T, Ge P, Huo C |
511 - 515 |
Role of As-2 molecules on Ga-terminated GaAs(001) surfaces during the MBE growth Ishii A, Seino K, Aisaka T |
516 - 522 |
Metalorganic chemical vapor deposition of GaNAs alloys using different Ga precursors Wei X, Wang GH, Zhang GZ, Zhu XP, Ma XY, Chen LH |
523 - 528 |
Dependence of Si melt flow in a crucible on surface tension variation in the Czochralski process Nakanishi H, Watanabe M, Terashima K |
529 - 537 |
Growth and decomposition of bulk GaN: role of the ammonia/nitrogen ratio Shin H, Arkun E, Thomson DB, Miraglia P, Preble E, Schlesser R, Wolter S, Sitar Z, Davis RF |
538 - 544 |
Effects of N+-implanted sapphire (0001) substrate on GaN epilayer Cho YS, Koh EK, Park YJ, Koh D, Kim EK, Moon Y, Leem SJ, Kim G, Byun D |
545 - 550 |
3D numerical simulation and experimental investigations of melt flow in an Si Czochralski melt under the influence of a cusp-magnetic field Vizman D, Grabner O, Muller G |
551 - 556 |
Method research and developing a method to control directed semiconductor crystallization in space Ginkin VP, Folomeev VI, Lukhanova TM, Rakov VV, Maronchuk II, Kartavykh AV, Egorov AV |
557 - 562 |
Growth of Ge quantum dots on vicinal Si(001) substrate by solid phase epitaxy Hu DZ, Zhao DT, Jiang WR, Shi B, Fan YL, Jiang ZM |
563 - 571 |
Pit formation during the morphological evolution of InGaAs/GaAs Chokshi N, Bouville M, Millunchick JM |
572 - 576 |
RuSi2: evidence of a new binary phase in the ruthenium-silicon system Ivanenko L, Behr G, Spinella CR, Borisenko VE |
577 - 582 |
Structural characteristics and field electron emission properties of nano-diamond/carbon films Jiang N, Eguchi K, Noguchi S, Inaoka T, Shintani Y |
583 - 588 |
SrZrO3 single crystal growth by floating zone technique with radiation heating Souptel D, Behr G, Balbashov AM |
589 - 595 |
Growth of large-size crystal of PbWO4 by vertical Bridgman method with multi-crucibles Yang PZ, Liao JY, Shen BF, Shao PF, Ni HH, Yin ZW |
596 - 608 |
A volume radiation heat transfer model for Czochralski crystal growth processes Nunes EM, Naraghi MHN, Zhang H, Prasad V |
609 - 612 |
New magnetic materials in ZnGeP2-Mn chalcopyrite system Medvedkin GA, Hirose K, Ishibashi T, Nishi T, Voevodin VG, Sato K |
613 - 616 |
The growth of BaBPO5 crystals from Li4P2O7 flux Pan SL, Wu YC, Fu PZ, Zhang GC, Wang GF, Guan XG, Chen CT |
617 - 620 |
Crystal growth of REMn2Si2 (RE = Y, Er) by a Pb flux method Okada S, Ogawa M, Shishido T, Iizumi K, Kudou K, Kanari H, Nakajima K, Rogl P |
621 - 626 |
Growth optimization of GaSb/GaAs self-assembled quantum dots grown by MOCVD Motlan, Goldys EM, Tansley TL |
627 - 634 |
Preparation of nanocrystalline bismuth sulfide thin films by asynchronous-pulse ultrasonic spray pyrolysis technique Wang SY, Du YW |
635 - 639 |
Heteroepitaxial growth of MgO films on Si(001) substrates using cubic SiC as a buffer layer Lee SY, Lee SH, Nah EJ, Lee SS, Kim Y |
640 - 646 |
Growth of Ba1-xCaxTiO3 single-crystal fibers by a laser heated pedestal method Chen JC, Chen CY |
647 - 654 |
Self-assembling quantum dot lattices through nucleation site engineering Gerardot BD, Subramanian G, Minvielle S, Lee H, Johnson JA, Schoenfeld WV, Pine D, Speck JS, Petroff PM |
655 - 660 |
Ti-Si compounds formation by high-current ion implantation Liu ZQ, Feng JY, Li WZ |
661 - 666 |
XPS and AFM investigations of annealing induced surface modifications of MgO single crystals Aswal DK, Muthe KP, Tawde S, Chodhury S, Bagkar N, Singh A, Gupta SK, Yakhmi JV |
667 - 670 |
Investigations on the solidification behavior of alkaline earth borates Sabharwal SC, Sangeeta |
671 - 675 |
Czochralski growth and topographic study of tetragonal (La,Sr)(AI,Ta)O-3 single crystals Xiao JZ, Shao MJ, Tian YL, Huang WX, Wang AH, Yin ST |
676 - 686 |
Effects of solvent composition and temperature on polymorphism and crystallization behavior of thiazole-derivative Kitamura M, Nakamura K |
687 - 694 |
Theoretical study on chemical vapor transport of ZnS-I-2 system. Part I. Kinetic process and one-dimensional model Zuo R, Wang WK |
695 - 710 |
Theoretical study on chemical vapor transport of ZnS-I-2 system. Part II: numerical modeling Zuo R, Wang WK |