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Successful Progress Launch Paves The Way For Further Scientific Use Of International Space Station By Europe

Date:
January 30, 2004
Source:
European Space Agency
Summary:
Europe's scientific utilisation of the International Space Station (ISS) took an important step forward with the launch of an unmanned Russian Progress cargo spacecraft.

Artist's impression of the Automated Transfer Vehicle approaching the International Space Station. In combination with ESA's new Ariane 5, the 20.5 t, 8.5 m-long Automated Transfer Vehicle (ATV) will enable Europe to transport cargo to the International Space Station.
Credit: s: ESA-D.Ducros

January 29, 2004 -- Europe's scientific utilisation of the International Space Station (ISS) took an important step forward with the launch of an unmanned Russian Progress cargo spacecraft today at 12:58 Central European Time (16:58 local time) from the Baikonur Cosmodrome in Kazakhstan.

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The Progress supply vehicle will take two days to reach the International Space Station, carrying experiment hardware for the Delta mission to be carried out by ESA's Dutch astronaut Andrι Kuipers in April, Matroshka, a European experiment facility for measuring radiation levels to which astronauts are exposed in space, and hardware to allow the European Automated Transfer Vehicle (ATV) to dock with the Station.

Launched by a Soyuz rocket on mission 13P, the Progress spacecraft with the serial number M1-11 is due to dock with the International Space Station on 31 January at 14:19 Central European Time. The Progress-type spacecraft are currently serving as supply vehicles for the International Space Station and are also uploading European hardware and equipment in advance of European missions to be carried out on the International Space Station.

Among other cargo, Progress is transporting scientific equipment which will be used during the upcoming Delta mission (Dutch Expedition for Life science, Technology and Atmospheric research). Andrι Kuipers, who on 19 April flies out to the ISS on a 10-day mission, will be employing this equipment to carry out a programme of scientific and educational activities. The Delta experiments on board Progress are:

* ARGES: This experiment will study high-intensity discharge (HID) lamps, which are used in all kinds of outdoor illuminations, making use of the absence of gravity to get new insights into how these lamps work and help develop more efficient lamps in future.

* HEAT: This experiment will be testing heat transfer properties in a section of a heat pipe with the aim of developing more efficient heat distribution systems for satellites and space vehicles in future.

* PROMISS-3: The experiment aims to analyse the growth of protein crystals in weightlessness, which cannot be observed to the same extent and with the same homogeneity on the ground.

* SUIT: The aims of this technology demonstration are to improve the orientation capabilities of astronauts and reduce space sickness. The experiment involves the astronaut wearing a special vest containing vibrating elements to assist his awareness of his position.

* ETD: This is a human physiology experiment which uses an eye-tracking device to determine eye movements in weightlessness and compare how they differ from eye movements on Earth and hence determine the effect the body’s balance system has on eye movements. This has an important bearing on balance disorders on the ground as well as in space.

* SAMPLE: This is a study into the composition and physiology of microbe species at different points around the ISS and also from the astronauts. The experiment will take samples from the chosen locations and further analyse how the different microbes found adapt to weightlessness.

* MOT: The aim of MOT is to calibrate accelerometers to be used to measure acceleration in three directions. Once calibrated the accelerometers will be incorporated into radio sensitive abdominal implants in mice for measuring acceleration, heart rate and body temperature.

Specialised containers called "biokits" are also part of the Progress cargo. They will be used to return the samples from the biological experiments taking place on the Delta mission.

Also on board Progress is a Russian spectrum analyser, not part of the Delta mission, to perform a dedicated in-orbit checkout on the European Global Transmission Services (GTS) experiment on the ISS. It will analyse the quality of the radio frequency cables of the GTS experiment, which might be the cause of the weaker than expected transmission signals received on the ground so far.

Another experiment on board Progress in addition to the Delta mission is the Matroshka experimental facility, which will be placed on the outside of the Russian Zvezda module. It will measure radiation levels experienced by astronauts in space. The facility has a human shape, consisting of a head and torso. It is made of natural bone and a synthetic material similar to human tissue. Sensors measuring radiation will be placed at various key external and internal positions on the model such as the areas of the stomach, lungs, kidney, colon and eyes. The facility will remain outside the ISS for a year. Matroshka is an ESA payload under the project leadership of DLR, the German Aerospace Centre in Cologne.

This flight is also carrying elements of the rendezvous and docking system of the Automated Transfer Vehicle (ATV), the European unmanned ISS supply spacecraft, similar in function - but not in size - to the Russian Progress. It will carry up to three times the cargo of the Progress vehicles, i.e. up to 7500kg.

The ATV-related equipment flown to the ISS consists of the following items:

* the videometer target assembly,

* laser retroreflectors,

* a container for old laser retroreflectors,

* two communication antennas.

This equipment from Russia and from ESA is required for the rendezvous between the first ATV, called Jules Verne, and the ISS early next year. The videometer, which will be located on the ATV spacecraft, will enable rendezvous operations in orbit to be carried out with a degree of precision never yet attained. This instrument will analyse the laser light emitted by the ATV and reflected back to it by the retroreflectors. These retroreflectors make up part of the videometer target assembly, serving as targets on the docking side of the service module. Two sets of different patterns of retroreflectors will enable the ATV – from a distance of 300m onwards - to know its distance from and angular orientation to the ISS precisely. The two antennas are needed for voice and data communications between the Russian Zvezda Module and the ATV. This sophisticated antenna system made in Russia will require six more, to be flown out later by other Progress ships.

All these ATV-related elements will be installed on the rear side of the Zvezda module during extravehicular activities scheduled for this July. Some old ATV retroreflectors, installed on Zvezda before its launch in 1998, will be brought back to Earth for material analysis.

The remaining experiment equipment for the Delta mission will be launched to the ISS together with Andrι Kuipers in the manned Soyuz TMA-4. This is scheduled for launch from Baikonur as mission 8S on 19 April. Kuipers is currently training for the mission at Star City near Moscow.


Story Source:

The above story is based on materials provided by European Space Agency. Note: Materials may be edited for content and length.


Cite This Page:

European Space Agency. "Successful Progress Launch Paves The Way For Further Scientific Use Of International Space Station By Europe." ScienceDaily. ScienceDaily, 30 January 2004. <www.sciencedaily.com/releases/2004/01/040130080433.htm>.
European Space Agency. (2004, January 30). Successful Progress Launch Paves The Way For Further Scientific Use Of International Space Station By Europe. ScienceDaily. Retrieved October 31, 2014 from www.sciencedaily.com/releases/2004/01/040130080433.htm
European Space Agency. "Successful Progress Launch Paves The Way For Further Scientific Use Of International Space Station By Europe." ScienceDaily. www.sciencedaily.com/releases/2004/01/040130080433.htm (accessed October 31, 2014).

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