Gravitational Convection of a Liquid Mixture in a Horizontal Cylindrical Gap at Moderate Grashof Numbers K. G. KostarevA. F. Pshenichnikov OriginalPaper Pages: 109 - 116
Effects of Local Detachment of a Melt from Ampoule Walls, Crystal Vibration, and Magnetic Field at Crystal Growth under Zero Gravity A. I. FeonychevG. A. Dolgikh OriginalPaper Pages: 117 - 128
Inertial Flight Mode and Semiconductor Segregation Patterns X. RuizM. Ermakov OriginalPaper Pages: 129 - 136
The Influence of Arrangement of Growth Setups onboard a Spacecraft on Microgravity Conditions of Experiments: An Example of Floating Zone Melting of InSb:Te onboard the Foton-3 Satellite V. S. ZemskovM. R. RaukhmanS. M. Shatokhin OriginalPaper Pages: 137 - 147
Influence of Microaccelerations on the Impurity Distribution in the InSb:Te Crystals Grown in Orbital Flights by the Method of Floating Zone Melting A. A. BoguslavskiiV. V. SazonovV. P. Shalimov OriginalPaper Pages: 148 - 154
Determination of the Microacceleration Quasisteady Component onboard the International Space Station E. V. BabkinM. Yu. BelyaevV. M. Stazhkov OriginalPaper Pages: 155 - 164
Measurement of Vibration Microaccelerations onboard the Mir Orbital Station Using the VM-09 System of Accelerometers V. L. LevtovV. V. RomanovV. V. Sazonov OriginalPaper Pages: 165 - 177
Low-Frequency Microaccelerations onboard the Foton-11 Satellite V. V. SazonovS. Yu. ChebukovA. S. Zaitsev OriginalPaper Pages: 178 - 193
Quasistatic Microaccelerations onboard the Foton Satellite during Its Flight at High-Altitude Orbits V. V. SazonovV. I. AbrashkinA. S. Zaitsev OriginalPaper Pages: 194 - 201