TENZOR ISKAZHENIYE PRIVYAZKA IDENTIFIKATSIA IZGIB INFRAZVUK METEOROID VEKTOR-T SCORPION KROMKA SPICA-S F/PKE MIRSUPIO DCCO ZEOGRID NANOSLAB COSMIC ACOUSTIKA-M TOKSICHNOST NANOSLAB-2 CREW RESTRAINT 3D CAMERA ARGES HEAT MOUSE TELEMETER ENEIDE LAZIO EST E-NOSE SPQR ASIA RADIOSKAF SREDA INFOTEKH CEMEX WMHP INFRAZVUK-M DHL-G KONTUR VETEROK

 
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INTERNATIONAL SPACE STATION
EXPERIMENTS AND RESEARCHES

SCIENCE RESEARCH ON ISS RUSSIAN SEGMENT
TECHNICAL RESEARCH
SREDA MKS EXPERIMENT
Research manager: M.Yu.Belyaev, Doctor of Sciences

russian
   

USED SCIENCE HARDWARE:

  • Sensors of the guidance navigation and control system (GNCS) measuring angular velocities of the station;
  • Attitude sensors measuring the station attitude;
  • Sensors measuring kinetic moment of the gyrodynes
  • Sensors measuring rotation angles of the gyrodyne frames
  • Magnetometers measuring the magnetic field value
  • Russian and foreign accelerometers.

 

 

PURPOSE:

Consolidated study of the ISS dynamic characteristics; parameters defining a space position of scientific devices and attitude sensors with respect to the station hull deformation; parameters of magnetic and microgravity disturbances on board the station.

OBJECTIVE:

Specify dynamic parameters of the station, position of sensitive axes of the attitude sensors and devices, microgravity and magnetic disturbances.

EXPECTED RESULTS:

Acquisition of initial data required for development of mathematical models of magnetic disturbances and micro g-loads, database on hardware effect on levels of magnetic disturbances, as well as dynamic operations effect on a level of micro g-loads. These models and databases are needed to plan scientific experiments on the ISS RS and account for station partnersí requirements.

EXPERIMENT RESULTS:

Telemetry measurement information from the flight sensors and scientific devices received from the station.

 

 

 

 

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