Results and Prospects of Studying the Gravitationally Sensitive Systems of Plants under Conditions of Space Flight A. L. MashinskyG. S. Nechitailo OriginalPaper Pages: 317 - 327
The Production of Biologically Active Substances by Plant Cell Cultures in Space S. E. StrogovG. V. ZaitsevaA. D. Ukraintsev OriginalPaper Pages: 328 - 332
Influence of Space-Flight Factors on the Properties of Microorganisms, Producers of Biologically Active Substances T. K. KrasheninnikovaE. N. KanaevaG.Ya. Shcherbakov OriginalPaper Pages: 333 - 337
Polymerization under Microgravity: Results and Prospects V. A. BriskmanK. G. KostarevV. V. Romanov OriginalPaper Pages: 338 - 346
Transport Characteristics of Macroparticles in Dusty Plasma Induced by Solar Radiation under Microgravity Conditions O. S. VaulinaA. P. NefedovO. F. Petrov OriginalPaper Pages: 347 - 350
Gravitational Sensitivity of Melts at the Growth of InSb:Te Crystals by the Bridgman and Floating Zone Methods under the Conditions of Microgravity V. S. ZemskovM. R. RaukhmanV. P. Shalimov OriginalPaper Pages: 351 - 358
Gravitational Sensitivity of Solutions–Melts at the Crystallization of Two-Phase InSb–InBi Alloys under Space Conditions V. S. ZemskovM. R. RaukhmanV. P. Shalimov OriginalPaper Pages: 359 - 364
Effects of Constant and Variable Accelerations on Crystals Grown onboard Spacecraft by the Method of Directional Crystallization A. I. FeonychevG. A. Dolgikh OriginalPaper Pages: 365 - 373
The Impact of Variable Accelerations on Crystal Growth onboard Spacecraft by the Floating Zone Method A. I. FeonychevI. S. Kalachinskaya OriginalPaper Pages: 374 - 379
Results of Measurements of Accelerations of Technological Devices onboard the FotonSpacecraft I. V. BarminM. V. VolkovA. S. Senchenkov OriginalPaper Pages: 380 - 390
Analysis of Low-Frequency Microaccelerations onboard the Foton-11Satellite V. V. SazonovS. Yu. ChebukovA. S. Zaitsev OriginalPaper Pages: 391 - 407
The Mode of Gravitational Orientation for the International Space Station V. I. VetlovS. M. NovichkovaE. V. Babkin OriginalPaper Pages: 408 - 419