1 - 5 |
2D-nucleation on (111)B micro-facet studied by microprobe-RHEED in GaAs MBE for mesa-structure fabrication Kishimoto D, Ogura T, Yamashiki A, Nishinaga T, Naritsuka S, Sakaki H |
6 - 14 |
Development of dislocation density analysis code for annealing process of single-crystal ingot Miyazaki N, Yamamoto S, Kutsukake H |
15 - 20 |
High temperature AlN intermediate layer in GaN grown by molecular beam epitaxy Stemmer J, Fedler F, Klausing H, Mistele D, Rotter T, Semchinova O, Aderhold J, Sanchez AM, Pacheco FJ, Molina SI, Fehrer M, Hommel D, Graul J |
21 - 25 |
LEC growth of In-doped GaAs with bottom solid feeding He J, Kou S |
26 - 32 |
Planar ordering of InP quantum dots on (100)In0.48Ga0.52P Hatami F, Muller U, Kissel H, Braune K, Blum RP, Rogaschewski S, Niehus H, Kirmse H, Neumann W, Schmidbauer M, Kohler R, Masselink WT |
33 - 36 |
Gas chromatography-mass spectroscopy study of tert-butylarsine stability and purification Bartram ME, Breiland WG, Bruskas LA, Killeen KP |
37 - 43 |
Growth of homogeneous In1-xGaxSb crystals by the graded solute concentration method Kinoshita K, Kato H, Matsumoto S, Yoda S |
44 - 50 |
Growth of high-quality cubic GaN on Si(001) coated with ultra-thin flat SiC by plasma-assisted molecular-beam epitaxy Wang D, Hiroyama Y, Tamura M, Ichikawa M, Yoshida S |
51 - 56 |
Growth optimization of InGaP layers by solid source molecular beam epitaxy for the application of InGaP/In0.2Ga As-0.8/GaAs high electron mobility transistor structures Zheng HQ, Yoon SF, Gay BP, Mah KW, Radhakrishnan K, Ng GI |
57 - 61 |
Growth of self-organized InAs quantum dots on InP by solid-source molecular beam epitaxy Zhuang QD, Yoon SF, Zheng HQ, Yuan KH |
62 - 68 |
The annealing effects of Mg-doped GaN epilayers capped with SiO2 layers Lee CR, Leem JY, Ahn BG |
69 - 79 |
Preparation and characterization of AlN powders in the AlCl3-NH3-N-2 system Wang MC, Wu NC, Tasi MS, Liu HS |
80 - 86 |
Chemical beam epitaxy of AlAs using novel group-V precursors Shi BQ, Kondow M, Tu CW |
87 - 96 |
A reaction model for chemical beam epitaxy with triethylgallium and tris(dimethylamino)arsenic Shi BQ, Tu CW |
97 - 103 |
Novel approach to the calculation of instability regions in GaInAsSb alloys Sorokin VS, Sorokin SV, Semenov AN, Meltser BY, Ivanov SV |
104 - 104 |
Vapor growth and characterization of ZnSeTe solid solutions Su CH, Sha YG, Volz MP, Carpenter P, Lehoczky SL |
113 - 118 |
ZnSe horizontal traveling solvent growth using selenium solution Maruyama K, Suto K, Nishizawa J |
119 - 126 |
A detailed surface phase diagram for ZnSe MBE growth and ZnSe/GaAs(001) interface studies Wolfframm D, Evans DA, Westwood DI, Riley J |
127 - 133 |
Study of the effect of polarity and of dislocations on the electrical and optoelectronic properties of p-type Cd0.96Zn0.04Te Guergouri K, Teyar E, Triboulet R |
134 - 140 |
Stoichiometry control of ZnTe single crystals by the vapor pressure-controlled wafer-annealing method Uchida M, Matsuda Y, Asahi T, Sato K, Oda O |
141 - 146 |
DX-like centers in n-type Al-doped ZnS1-xTex grown by molecular-beam epitaxy Lu LW, Mak KK, Ma ZH, Wang J, Sou IK, Ge WK |
147 - 151 |
Study of crystallization and spectral properties of PbS nanocrystals doped in SiO2 aerogel matrix Yao LZ, Ye CH, Mo CM, Cai WL, Zhang LD |
152 - 158 |
Atomic layer epitaxy growth of ZnSxSe1-x epitaxial layers lattice-matched to Si substrates Chen NT, Yokoyama M, Ueng HY |
159 - 170 |
Observation of monolayer and bilayer period RHEED oscillations during epitaxial growth of Ge on Ge(100) Berrie CL, Leone SR |
171 - 184 |
Chemical vapor deposition of silicon-germanium heterostructures Bozzo S, Lazzari JL, Coudreau C, Ronda A, d'Avitaya FA, Derrien J, Mesters S, Hollaender B, Gergaud P, Thomas O |
185 - 191 |
Periodic instability in growth of chains of crystalline-silicon nanospheres Kohno H, Takeda S |
192 - 203 |
Hybrid finite-volume/finite-element simulation of heat transfer and melt turbulence in Czochralski crystal growth of silicon Lipchin A, Brown RA |
204 - 219 |
Influence of the three dimensionality of the HF electromagnetic field on resistivity variations in Si single crystals during FZ growth Ratnieks G, Muiznieks A, Buligins L, Raming G, Muhlbauer A, Ludge A, Riemann H |
220 - 224 |
Growth of large Bi2Sr2CaCu2Oy single crystals by a vertical Bridgman method Kishida S, Nakamura M, Liang WY |
225 - 234 |
Diamond growth on polycrystalline nickel silicides Rey S, Hommet J, Schmerber G, Le Normand F |
235 - 244 |
Crack formation in Zn3As2 epilayers grown by MOVPE Engelbrecht JAA, Scriven GJ, Neethling JH, Wagener MC |
245 - 248 |
Temperature dependence of characteristics of SrS : Cu(Ag) thin-film electroluminescent devices beyond room temperature Vlasenko NA, Kononets YF, Kopytko YV, Soininen E, Sun SS |
249 - 255 |
On nature of centers responsible for inherent memory in ZnS : Mn thin-film electroluminescent devices Vlasenko NA, Chumachkova MM, Denisova ZL, Veligura LI |
256 - 262 |
Structural properties of subgrain boundaries in bulk SiC crystals Katsuno M, Ohtani N, Aigo T, Fujimoto T, Tsuge H, Yashiro H, Kanaya M |
263 - 272 |
In situ visualization and analysis of silicon carbide physical vapor transport growth using digital X-ray imaging Wellmann PJ, Bickermann M, Hofmann D, Kadinski L, Selder M, Straubinger TL, Winnacker A |
273 - 282 |
Physical vapor transport of lead telluride Palosz W |
283 - 292 |
Thermochemical model and experimental studies on physical vapor transport of lead telluride-selenide Palosz W, Alexander HA, Grasza K |
293 - 298 |
Czochralski growth and characterization of piezoelectric single crystals with langasite structure: La3Ga5SiO14 (LGS), La3Ga5.5Nb0.5O14 (LCN) and La3Ga5.5Ta0.5O14 (LGT) II. Piezoelectric and elastic properties Bohm J, Chilla E, Flannery C, Frohlich HJ, Hauke T, Heimann RB, Hengst M, Straube U |
299 - 303 |
Flux synthesis of alkaline earth palladates Smallwood PL, Smith MD, zur Loye HC |
304 - 310 |
Galvanostatic deposition and characterization of cuprous oxide thin films Mahalingam T, Chitra JSP, Rajendran S, Jayachandran M, Chockalingam MJ |
311 - 316 |
Morphological aspects of flux grown 0.91PZN-0.09PT crystals Kumar FJ, Lim LC, Chilong E, Tan MJ |
317 - 321 |
Nonstoichiometry in apatite-type neodymium silicate single crystals Higuchi M, Kodaira K, Nakayama S |
322 - 325 |
Growth of beta(II)-Li3VO4 single crystals by the heater-in-zone zone-melting method using a traveling solvent of LiVO3 Higuchi M, Chuman Y, Kitagawa T, Kodaira K |
326 - 329 |
Comparative study of textured and epitaxial ZnO films Ryu YR, Zhu S, Wrobel JM, Jeong HM, Miceli PF, White HW |
330 - 334 |
Synthesis of p-type ZnO films Ryu YR, Zhu S, Look DC, Wrobel JM, Jeong HM, White HW |
335 - 342 |
X-ray characterization of LiNbO3 films grown by pulsed laser deposition on SrTiO3(100), NdGaO3(110) and MgO(111) substrates Tagliente MA, De Caro L, Sacchetti A, Tapfer L, Balestrino G, Medaglia PG, Tebano A, Tucciarone A |
343 - 347 |
Growth and characterization of LiGaO2 substrate crystal for GaN epitaxy Xu K, Deng PZ, Xu J, Zhou GQ, Liu WJ, Tian YL |
348 - 351 |
Growth of high-quality single crystal of 30 at% Yb : YAG and its laser performance Yang PZ, Deng PZ, Xu J, Yin ZW |
352 - 358 |
Defects in flux and Czochralski grown beta-BaB2O4 crystals observed by light scattering tomography Tsuru T, Ogawa T |
359 - 362 |
An azimuthal pattern of heat field in beta-BaB2O4 crystal growth Kokh AE, Kononova NG, Mokruchnikov PW |
363 - 366 |
Crystal growth of La-2(WO4)(3) Qi XD, Luo ZD, Liang JK |
367 - 371 |
Growth of lowly Nd doped GdVO4 single crystal and its laser properties Zhang HJ, Meng XL, Liu JH, Zhu L, Wang CQ, Shao ZS, Wang JY, Liu YG |
372 - 388 |
Three-dimensional numerical simulation of oxide melt flow in Czochralski configuration Jing CJ, Imaishi N, Sato T, Miyazawa Y |
389 - 398 |
Influence of Marangoni convection on the flow pattern in the melt during growth of Y3Al5O12 single crystals by the Czochralski method Galazka Z, Wilke H |
399 - 406 |
The influence of magnetism on precipitation of calcium phosphate Sorensen JS, Madsen HEL |
407 - 412 |
Influence of magnetic field on sodium hexafluorosilicate synthesis Chandrasekhar R |
413 - 427 |
Etching and surface termination of K2Cr2O7 {001} faces observed using in situ atomic force microscopy Plomp M, van Enckevort WJP, Vlieg E |
428 - 436 |
Determination of supercooling in the presence of macrosteps on the growing facet of BGO Golyshev VD, Gonik MA, Tsvetovsky VB, Vasilev YV, Shlegel VN |
437 - 442 |
Correlation between the crystal size and crystal growth rate of KDP and Rochelle salt crystals Mitrovic MM, Zekic AA, Napijalo MM |
443 - 449 |
Hydroxyapatite crystallization in the presence of serine, tyrosine and hydroxyproline amino acids with polar side groups Koutsopoulos S, Dalas E |
450 - 458 |
The calcification of fibrin in vitro Koutsopoulos S, Dalas E |
459 - 465 |
Polymorph and morphology of calcium carbonate crystals induced by proteins extracted from mollusk shell Feng QL, Pu G, Pei Y, Cui FZ, Li HD, Kim TN |
466 - 474 |
A cell to study in situ electrocrystallization of calcium carbonate Euvrard M, Filiatre C, Crausaz E |
475 - 482 |
Application of genetic algorithm for determination of mass transfer coefficients Sahin O, Sayan P, Bulutcu AN |
483 - 494 |
Microsegregation in Peltier interface demarcation Dabo Y, Thi HN, Coriell SR, McFadden GB, Li Q, Billia B |
495 - 500 |
Electrical pulsing during directional solidification: analysis of transients by Laplace transform Coriell SR, McFadden GB, Billia B, Thi HN, Dabo Y |
501 - 511 |
Effects of a vertical magnetic field on chimney convection in a mushy layer Riahi DN |
512 - 526 |
Selection of the dynamically stable regime of rapid solidification front motion in an isothermal binary alloy Galenko PK, Danilov DA |
527 - 531 |
Photoluminescence properties of dense InAs/AlInAs quantum wire arrays Li HX, Daniels-Race T, Hasan MA |
532 - 534 |
Sphalerite-type (Cd, Zn)S films by atomic layer epitaxy in the gas flow Szczerbakow A, Bak-Misiuk J, Dynowska E, Ghali M, Godlewski M, Ivanov VY, Swiatek K |
535 - 537 |
Investigations on cracking in CdWO4 crystals Sabharwal SC, Sangeeta |
538 - 541 |
Stereo-open spherulites in high-pressure crystallized poly (ethylene terephthalate) Li LB, Rui H, Lu A, Fan WY, Hong SM, Fu Q |