Mechanics of Zero Gravity and Gravitationally Sensitive Systems (First Issue) V. S. AvduevskiiV. I. PolezhaevV. V. Sazonov OriginalPaper Pages: 105 - 105
Influence of Basic Sources of Disturbances on Microgravity Conditions in the MirStation Modules as Estimated from the Data of the SAMS and MASU Instruments S. V. SimakovI. A. Kundik OriginalPaper Pages: 106 - 110
Some Features of Vibrational Perturbations onboard the MirOrbital Station S. B. RiaboukhaS. V. Kiselev OriginalPaper Pages: 120 - 125
Determination of the Quasistatic Component of Microaccelerations at the MirStation V. V. SazonovM. Yu. BelyaevE. V. Babkin OriginalPaper Pages: 126 - 136
Results of Space-Flight Tests of the Vibration-Protective Platform VZP-1K V. L. LevtovV. V. RomanovV. V. Sazonov OriginalPaper Pages: 137 - 149
Investigation of Thermal Convection and Low-Frequency Microgravity by the DACON Sensor aboard the MirOrbital Complex I. A. BabushkinG. P. BogatyrevM. M. Maksimova OriginalPaper Pages: 150 - 158
Mathematical Modeling of Convection in the DACON Sensor under Conditions of Real Space Flight O. A. BessonovV. I. Polezhaev OriginalPaper Pages: 159 - 166
Measurement of the Quasistatic Component of Microaccelerations Using a Convection Sensor onboard a Satellite S. A. NikitinV. I. PolezhaevV. V. Sazonov OriginalPaper Pages: 167 - 174
Convective Motions in Near-Critical Fluids under Real Zero-Gravity Conditions A. V. ZyuzginA. I. IvanovE. B. Soboleva OriginalPaper Pages: 175 - 186
An Experimental Study of the Effect of Vibrations on Supercritical Fluid Transfer Processes under Microgravity Conditions V. I. PolezhaevV. M. EmelianovY. Garrabos OriginalPaper Pages: 187 - 191
One Possible Mechanism to Sustain Combustion inside a Closed Region under Zero Gravity G. S. GlushkoI. A. Kryukov OriginalPaper Pages: 192 - 200
Experimental Study of the Structures of Macroparticles in the Dust Plasma under Microgravity Conditions onboard the MirOrbital Complex V. E. FortovA. P. NefedovO. F. Petrov OriginalPaper Pages: 201 - 209
Influence of Microgravity on Self-Propagating High-Temperature Synthesis of Refractory Inorganic Compounds A. G. MerzhanovA. S. RogachevV. I. Yukhvid OriginalPaper Pages: 210 - 223
