SPRUT-MBI PARODONT CARDIO-ODNT MASS TRANSFER PROGNOS BRADOS FARMA POLIGEN DIUREZ CARDIOSCIENCE COGNI EAC AQUARIUS BIOTEST BIOTEST-1 PROFILAKTIKA CHIRO VEST ALTEINO BMI CCE PULSE BIORISK RASTENIA-2 CARDIOCOG NEUROCOG SYMPATHO VIRUS SLEEP PILOT INTERCELLULAR INTERACTION GEMATOLOGIA AGEING ROOT GENEEXPRESSION SYMPATHO-2 BMI-2 MEDOPS PLASMIDA FLOW KAPPA ACTIN ICE-FIRST TUBUL CIRCA SYMPATHO-3 MUSCLE EYE TRACKING DEVICE MOTION PERCEPTION SUIT STATOKONIA REGENERATSIA CRISP-2 BEANS SEEDLINGS FRTL-5 MICROSPACE VINO HPA NGF VSV ETD-I FTS MOP-I HBM GOAL AKVARIUM GOSUM PNEUMOCARD DYKHANIE BIMS RASTENIA SONOKARD ETD-M FIS VZAIMODEYSTVIYE MUSCLE-G MOP-G RASTENIA TIPOLOGIA

 
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INTERNATIONAL SPACE STATION
EXPERIMENTS AND RESEARCHES
SCIENCE RESEARCH ON ISS RUSSIAN SEGMENT
HUMAN LIFE RESEARCH
PROGNOS EXPERIMENT
Research supervisor: V.V. Tsetlin, Doctor of Science (Engineering)

russian
   

FLIGHT EQUIPMENT USED:

  • Dosimeter R-16
    for measuring an absorbed dose of ionizing radiation

    Dose sensitivity of 50 mGy/pulse

  • Dosimeters DB-8
    for controlling the validity of readings of the main dosimeter R-16

    Measurement of the absorbed dose from 10 mGy to 10 Gy.

  • Power switching unit
  • Pulse analyzer
 

OBJECTIVE:

Development of a real-time prediction method for radiation loads on the crew.

TASKS:

Acquisition and processing of experimental data on a daily-average dose rate, solar activity parameters and investigation of their relation to orbit ballistic parameters.

EXPECTED RESULTS:

Generation of a database to develop a method for prediction of charged particle fluxes and space radiation dose rate in the station compartments and on its external surface, as well as for ensuring radiation safety of crew members.

 

 

 

 

 

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