russian

main : map of a site : about us : contacts : advertising on a site : links : authors

OUR HEADINGS

				PARTNERS PROJECTS EVENTS EDUCATION LIBRARY HISTORY PAGES
	www.VolgaSpace.ru

contents | buy

Abstracts Section 1 Technological Experiments in Space French Utilization of the FOTON Reentry Capsule The Maiden Flight of FLUIDPAC on FOTON-12. Mission Overview, Performances and Preliminary Scientific Results Kayser-Threde's Contribution to FOTON Projects Some Results and Prospects of Experiments on Material Sciences on Russian Retrievable Satellite FOTON Crystallization of Semiconductors in Microgravity: 15-Years GIREDMET/ICPM Experience aboard FOTON First Results of the Microgravity Experiment MAGIA (FOTON-12) on Thermocapillary Flow Structures in an Side-Heated Annular Gap with Free Upper Surface The First Flight of FLUIDPAC on FOTON-12. Facility Technical Performances and Environmental Conditions in the Carrier Automatic POLYZON Facility for Space Experiments on the Russian FOTON Satellite On-Ground Refinement and Space Growth of Ge Single Crystals by FZ-Technique with the Action of Low-Induction Rotating Magnetic Fields Developing Effective Space Technologies Based on Electrophoretic Principles Non-Desirable Convective Motion in Microgravity Experiments Mean Effects in Heterogeneous Systems under Combined Vibrations Optimization of GaSb(Te) Directional Crystallization Process on the POLYZON Facility Prospects and Features in Use of AHP Crystallization Technique under Microgravity Conditions Experiments with Magnetic Fields Formed by Technical Equipment Inside the Spacecraft FOTON-12: Results of MIRAGE Experiment TRAMP Experiment. Thermal Radiation Aspects on Mi-grating Particles. A new concept at the Service of the Scientific Community Simulation of Heat Fields with Regard to Microacceleration on the Spacecraft FOTON Power-Generated Criteria of Estimating the Influence of Electromagnetic Disturbance on Space Technologies Entropy Models of Space Technologies Using Metal Structural Materials in Space Development of Flight-Time Mass-Spectrometers for Investigating Dust and Gas Particles in Space Requirements for Selecting Parameters of Recording System of High-Velocity Mechanical Particles Impact on a Spacecraft   Section 2 Medical and Biological Experiments in Space Scientific Outcome of the Russian/French Cooperation on the BION Flights BION Biosatellite as Biological Laboratory in Space Biological Studies onboard Biosatellite BION The Scientific Equipment for Mammalia Investigations on-board BION Biosatellite ESA Life Science Experiments on BION and FOTON. Part 1: Radiation Dosimetry ESA Life Science Experiments on BION and FOTON. Part 2: Radiation Biology Radiation Physics Studies of Electro-Insulation Properties of the Vacuum Atmosphere of a Spacecraft Carried out on-board BION Series Artificial Earth Satellites Research of the Shielding Effects by the Dielectric Covers with the Space Charge IBIS: Review of the Scientific Results of the Flights of the French Hardware on the Russian FOTON Capsule ESA Life Science Experiments on BION and FOTON. Part 3: Exobiology ESA Life Science Experiments on BION and FOTON. Part 4: Cell Biology in BIOBOX Adaption of Primates Muscles in Weightlessness: Investigations in the BION Project Adaptive Potentials of Mammals in the MICRO-G Effect of Microgravity on Circulatory System of Monkeys Double Scrining Test: New Technology of Health Protection Astrobiology on Recoverable Carriers: ESA's Artificial Me-teorite Experiment STONE BIOPAN: an Exposure Facility for Research in Space Biology Hemopoiesis in Bone Marrow of Monkeys after Space Flight and Control Study Section 3 Support of Space Experiments and Modification of Spacecraft FOTON/BION Modified FOTON S/C. Outlooks of its Application BION S/C on the Orbits of International Space Station Results of Experiments with Lithium Power Batteries on the Spacecraft FOTON Determination of Motion of Spacecraft FOTON-12: Magnetic Fields Measurement Results in MIRAGE Experiment Development of Unifired on-board Computer Control Complexes for the Spacecraft FOTON/BION Method of Opening of Solar Panels of the Spacecraft Methodology of Microgravitation Space Platform Design: Theory, Models, Measurements Low Frequency Microgravity Environment on-board the FOTON-11 Development of Small-Size Estimation System of Magnetic Field Levels for Certifying Materials Manufactured in Space: Possible Implementation in the Spacecraft of the Type FOTON/BION Gravity-Magneto-Gyroscopic Attitude Control and Stabili-zation of the New Generation Recoverable Technological Spasecraft Reduction of a Microacceleration Level on-board the Spacecraft FOTON-13 by Gravity-Magnetic Stabilization An Approach to Reducing Microgravitation Levels Caused by Vibration of Spacecraft FOTON/BION in Non-Oriented Flight Aerodynamic Stabilization of the Spacecraft FOTON Information Support for Experiment Participants of the Spacecraft FOTON-12 Provided by the Designer General Centre Decentralized Control System of International Aerospace Projects on the Basis of Satellite Information Technology Telescience Support Unit - Data Handling Unit: an Advanced Real-Time Digital Video and Data Processing Unit for Supporting Experimental Payloads on-board FOTON Methods of Ballistics Support of Technology Experiments on the Spacecraft FOTON Training Specialists for Conducting Space Experiments in Samara State Aerospace University Students and Microgravity Research on FOTON-13 Computation of Acceleration Field of Microgravitation Platform Using the Method of Finite Elements Estimating the Influence of Possible Air Leaks from Air-Tight Compartments on the Spacecraft FOTON/BION Dynamics ROSS Project and Using the Spacecraft FOTON as the First Stage in Establishing International Monitoring System of the Atmospheric Density Integrated Small-Size INS/GPS System for Research of Non-Oriented Motion of the Spacecraft FOTON/BION Estimating the Influence of Operating Solar Panels of Large-Size Space Structures on Microgravitation Levels Attitude Control System of a Spacecraft with Inflated Film Structure for Investigating Space Debris Characteristics The Telescience Support Unit Enables Telescience Operations for Experiments on-board the FOTON Spacecraft Prospects of Increasing of Power Possibilities on the Spacecraft FOTON Control of Temperature Balance of the Spacecraft FOTON under Increase of Power Consumption of on-board Equipment Estimating the Influence of External Atmosphere of the Spacecraft FOTON/BION on Contamination of Structural Elements Development of Vibration Isolation from Disturbance Sources in the Spacecraft FOTON Results of Experimenting with the Influence of High-Velocity Microparticles on Structural Elements of a Spacecraft Mathematical Simulation of Space Debris Detector and Prospects of the Project "KAIKS" Using the Spacecraft FOTON High-Velocity Shock Impact of a Space Debris Particle on a Thin-Walled Vessel with Compressed Gas: Analysis of Catastrophic Failure Conditions

contents | buy

russian

main : map of a site : about us : contacts : advertising on a site : links : authors

© Copyright Volga Regional Branch of Russian Academy of Cosmonautics after K.E.Tsiolkovsky (VRB RAC), 2002 The design, structure and selection of the information on this site are protected by the law on copyrights. Use of the materials published on this site is authorized only after the preliminary coordination with edition of a site volgaspace@acvrb.ssau.ru

Remarks and wishes send on volgaspace@acvrb.ssau.ru On questions of accommodation of advertising send on volgaspace@acvrb.ssau.ru