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Falcon 9 Launch Vehicle With DSCOVR Spacecraft Started From Cape Canaveral 11.02.2015   Falcon 9 Launch Vehicle With DSCOVR Spacecraft Started From Cape Canaveral
Falcon 9 Launch Vehicle with DSCOVR Spacecraft started on January 11, 2015, from Launch Complex 40 ...

Start of Falcon 9 Launch Vehicle With DSCOVR Spacecraft  Rescheduled Again 10.02.2015   Start of Falcon 9 Launch Vehicle With DSCOVR Spacecraft Rescheduled Again
Start of Falcon 9 Launch Vehicle with DSCOVR Spacecraft (NOAA) postponed on February 11, 201...

The launch of DSCOVR Postponed to February 9, 2015 08.02.2015   The launch of DSCOVR Postponed to February 9, 2015
The launch of Deep Space Climate Observatory  (DSCOVR) spacecraft  of Na...

Deep Space Climate Observatory Satellite (NOAA USA) Prepares to Launch 06.02.2015   Deep Space Climate Observatory Satellite (NOAA USA) Prepares to Launch
NASA is preparing the launch of Deep Space Climate Observation Satellite (DSCOVR) of Nationa...


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NEWS ROSCOSMOS

Operations and Experiments at the International Space Station on March 11, 2014

On March 11, the crew of ISS Russian segment will monitor the undocking of the Soyuz TMA-10M from the ISS (the Poisk module) and upload the digital data for Napor-mini RSA experiment into TVM-1N computer. The crew will also carry out the radiation dose measurements based on telemetric data.

The following scientific experiments are being carried out at the ISS Russian segment:

Study of physical conditions in space in the ISS orbit:

Matryoshka-R (Studies of radiation environment dynamics along the flight path and in ISS modules, as well as radiation accumulation in the anthropomorphic phantom located inside ISS) - exposure of assembled passive detectors.

Biomedical research:

Biorisk (Study of the effects of space factors on the condition of microorganism/substrate systems related to the problem of ecological safety of space technology and planetary quarantine) - exposing the samples

Geophysics and near-Earth space:

Obstanovka (Studies of plasma-and-wave processes of the interaction of ultra-large spacecrafts with the ionosphere in the surface area of ISS) - automatic mode.

Uragan (Experimental verification of the ground and space-based system for monitoring and predicting natural and man-made disasters development) - observation and photography.

Seismoprognoz  (Testing methods and technical means for natural and man-made disasters monitoring and ecological monitoring) - functioning of the automatic temperature control system.

Technical studies and experiments:

Vynoslivost (Examining the effects of spaceflight on mechanical properties of space-related materials) - exposure of containers with samples on the ISS’s outside surface.

Control (Monitoring of the station’s outer atmosphere and exterior and viability of materials and coatings in space) - automatic mode ;

Vector-T (Testing a high-precision system to predict the station’s trajectory) – collecting and processing archival telemetric data;         

Sreda MKS (ISS environment, a complex study of ISS parameters as a technical environment for various kinds of research) - automatic mode.

Identification (the identification of  perturbation producers in microgravity disorders at the ISS).

Izgib (a study of the influence of the on-board systems functioning modes on the ISS flight conditions) – is carried out in automatic mode in parallel with the docking of the Progress M-21M cargo transport spacecraft.

Space biotechnology:

Laktolen (Determining of the exposure effect on the growth, genetic and physiological properties of laktolen-producing strain during an orbit flight)

Calcium (Study of the effects of microgravity on the solubility of calcium phosphates in water) - exposing the canisters

Study of the solar system:

BTN-Neutron (Study of fast and thermal neutrons fluxes) - automatic mode.

Remote sounding of the Earth:

Econ-M (Obtaining information for environmental examination of activity areas from the ISS Russian segment) - observation and photography.

ISS crew commander Koichi Wakata (JAXA) , flight engineers Mikhail Tyurin (Roscosmos )  and Rick Mastracchio (NASA) continue working as the current 39 ISS expedition crew.


Roscosmos press service

Дата:  11.03.2014
 

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UPCOMING LAUNCH

Предстоящий запуск Date: April 28, 2015
Launch Vehicle: Soyuz-2.1a
Payload: Progress М-27М
Launch Site: Baikonur


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