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Volume 38 / 2000 - Volume 50 / 2012
109-116
Gravitational Convection of a Liquid Mixture in a Horizontal Cylindrical Gap at Moderate Grashof Numbers
K. G. Kostarev and A. F. Pshenichnikov
117-128
Effects of Local Detachment of a Melt from Ampoule Walls, Crystal Vibration, and Magnetic Field at Crystal Growth under Zero Gravity
A. I. Feonychev and G. A. Dolgikh
129-136
Inertial Flight Mode and Semiconductor Segregation Patterns
X. Ruiz and M. Ermakov
137-147
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. Zemskov, M. R. Raukhman, V. P. Shalimov, M. V. Volkov and A. V. Egorov, et al.
148-154
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. Boguslavskii, V. V. Sazonov, S. M. Sokolov, V. S. Zemskov and M. R. Raukhman, et al.
155-164
Determination of the Microacceleration Quasisteady Component onboard the International Space Station
E. V. Babkin, M. Yu. Belyaev, N. I. Efimov, V. V. Sazonov and V. M. Stazhkov
165-177
Measurement of Vibration Microaccelerations onboard the Mir Orbital Station Using the VM-09 System of Accelerometers
V. L. Levtov, V. V. Romanov, E. V. Babkin, A. I. Ivanov and V. M. Stazhkov, et al.
178-193
Low-Frequency Microaccelerations onboard the Foton-11 Satellite
V. V. Sazonov, S. Yu. Chebukov, V. I. Abrashkin, A. E. Kazakova and A. S. Zaitsev
194-201
Quasistatic Microaccelerations onboard the Foton Satellite during Its Flight at High-Altitude Orbits
V. V. Sazonov, V. I. Abrashkin, A. E. Kazakova and A. S. Zaitsev
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