MARS-96      ROBOTIC SPACECRAFT MISSION TO MARS. Brief description
Table of contents
Inroduction
Scientific goals
Scheme of the mission
Spacecraft
Orbiter
Payload of the Orbiter
Scientific goals of
the experiments
Description of
the instruments
Small Stations
Penetrators
Conclusion
ORBITER

SCIENTIFIC PAYLOAD

INSTRUMENTS TO STUDY THE MARTIAN SURFACE AND ATMOSPHERE
IndexInstrument Mass (kg)
ARGUS
- HRSC
- WAOSS
- OMEGA
stereo spectral imaging system stereoscopic high-resolution TV-camera
wide-angle stereoscopic TV-camera
visible and IR mapping spectrometer
220,7
21,4
8,4
23,7
PFS planetary IR Fourier spectrometer39
TERMOSCAN mapping visible and thermal radiometer28
SVET mapping high-resolut. spectrophotometer12
SPICAM multichannel optical s spectrometer46
UVS-M ultraviolet spectrophotometer9,5
LWR long-wave radar35
FOTON gamma-spectrometer20
NEUTRON-S neutron spectrometer8
MAK quadrupole mass-spectrometer10
INSTRUMENTS TO STUDY PLASMA
IndexInstrumentMass (kg)
ASPERA-N energy-mass ion spec., neutr.particle imag.12,2
FONEMA fast omnidir. energy-mass ion analyzer10,7
DYMIO omni. ionospheric energy-mass-spectrom.r7,2
MARIPROB ionospheric plasma spectrometers7,9
MAREMF electron analyzer and a magnitometer12,2
ELISMA wave complex12
SLED-2 low-energy charged particle spectrometer3,3
INSTRUMENTS FOR ASTROPHYSICAL STUDY
IndexInstrument Mass (kg)
PGSprecision gamma spectrometer25,6
LILAS-2cosmic and solar gamma-burst spectrom.5
EVRISstellar oscillation photometer7,4
SOYAsolar oscillation photometer 1
RADIUS-Mradiation and dosimetry control complex
PLATFORMS TO POINT OPTICAL INSTRUMENTS
IndexInstrument Mass (kg)
TSPplatform for ARGUS instruments85
PAISplatform for SPICAM, EVRIS, FOTON 74,2
SCIENTIFIC DATA ACQUISITION SYSTEM
IndexInstrument Mass (kg)
MORION-Scentral interface, microprocessor, memory25,3
MASS-MEMmemory for ARGUS21


In the beginning of the chapterHome