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
EXPERIMENT METEOROID
Research Supervisor:
Candidate of Sciences (Physics/Mathematics) V.G. Sokolov

russian
   

FLIGHT EQUIPMENT USED:

Micrometeor monitoring system consisting of

  • Stationary capacitor sensors;
  • Removable capacitor sensor;
  • Electronics unit
    to record impact effect of meteoroid and man-made bodies on capacitor sensors.
 

OBJECTIVE:

Refinement of the model of spatial-time distribution of meteoroid and man-made matter through permanent monitoring of space environment in the ISS operation orbit.

TASKS:

  • Permanent monitoring of meteoroid conditions throughout the flight path
  • Generation of statistical data on densities of meteor and man-made particles in a size range from 10 to 100 µm affecting various elements of the external surface of the Service Module (SM)
  • Assessment of erodibility of SM external surface
  • Obtaining of quantitative characteristics of affecting meteoroid and man-made bodies (size, density, velocity) during post-flight analysis.

EXPECTED RESULTS:

Increase of space flight safety.

 

 

 

 

 

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