Документ взят из кэша поисковой машины. Адрес оригинального документа : http://www.cosmos.ru/innov/eng/mms7.htm Дата изменения: Mon Oct 2 18:56:14 2006 Дата индексирования: Tue Oct 2 03:07:40 2012 Кодировка: Поисковые слова: р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п п р п

Martian mini station (MMS)

Function

Meteorological, seismic and electromagnetic observations on the surface of the Mars with the network of MMSs.

Description

The MMS equipment includes all devices needed for autonomous MMS operation and ensures operability in the whole temperature range during the Martian year in different regions of the Martian surface. During cold periods the MMS is heated with the radioactive source. As a primary electric power source the thermoelectric generators (²³⁸Pu) and solar panels are used. The radio system (transmitter, receiver and antenna) is capable to transmit information to the Martian orbiter with 128 kbit/s and receive control commands. The MMS structure and equipment withstand acceleration up to 500 g during landing.

Main characteristics

The mass of descent module, carrying the MMS before separation from the spacecraft, is 18 kg. It includes the aerodynamic braking shield, the inflatable elements, the penetrator-type shock-absorption system and the MMS itself.

The mass of MMS (the structure, deployable boom and radio antenna, the service and scientific equipment) is 4 kg.

The scientific equipment of MMS includes:

• panoramic stereo camera;
• lidar;
• atmospheric pressure sensor;
• 3-axial accelerometer;
• temperature sensors for atmosphere and the planet surface;
• humidity sensor;
• the wind velocity and direction sensor;
• 3-axial seismometer.

The development of MMS and its entry and descent system is currently carried out by the contract between the Finnish meteorological institute, Finland, IKI and NPO S.A. Lavochkin.

Cooperation

ZAO Biapos, OOO Infratron, OKB MEI, ZAO Interastro.

Contacts

A.N. Lipatov +7(495)333-15-78, slip@iki.rssi.ru