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: http://www.cosmos.ru/interball/magion.html
Дата изменения: Mon Aug 30 16:06:56 1999 Дата индексирования: Tue Oct 2 01:11:57 2012 Кодировка: Поисковые слова: rho ophiuchi |
The characteristic feature of INTERBALL project is the realization
of multi point simultaneous measurements at different altitudes
provided by two main satellites
together with two subsatellites, each of which is launched into orbit as the passenger of its main satellite.
The main purpose of the subsatellites in the INTERBALL Project is to perform systematic complex studies in the tail polar magnetosphere, magnetosheath and solar wind, of spatial structures of individual space plasma processes, ambient plasma parameters and cause-and-effect relationships by performing measurements synchronized with those made on the main satellite. Measurements at two different points in space for each satellite-subsatellite pair - if their relative positions are known - enable one to distinguish reliably (in one direction, at least) the locations and motions of various plasma structures and/or inhomogeneities in space from the purely time variation of the medium parameters, which is very important for the correct interpretation of experimental results. Magion-4 Sessions List (1995-1997).
The spacecraft of Magion type have been selected as the subsatellites of the Interball project: Magion-4 (C2-X) for the Tail Probe and Magion-5 (C2-A) for the Auroral Probe. The concept of the small subsatellite for the Prognoz type spacecraft was realized for the first time in this project. Magion-4 was produced in the Czech Republic in collaboratrion with Russia, Ukraine, Hungary, Austria and has onboard scientific instruments and sensors designed and built in Czech Republic, Russia, Poland, Hungary, Romania, Bulgaria and Slovak Republic. |
1. Magnetic field measurements: 3 axes 0 - 10 Hz.
2. ULF waves: 3 axes, search-coils; 1-10 Hz or 1-30 Hz filters;
telemetry: 12 bit ADC; dynamical range 76 dB.
3. ULF/ELF waves: 3 axes search-coils, filterbank (8 channels) 10
Hz - 2 kHz and subcarrier (IRIG) analog telemetry channel.
4. VLF waves: 1 axis, search-coil detector, filterbank (8 channels)
in the range 8 Hz - 40 kHz. Spectrum analyzer SAS with 64 frequency
steps, 400 Hz - 20 kHz; broad-band analog telemetry channel.
5. Electric fields and waves: 1 axis in the range 0,1 Hz - 400 kHz,
set of filters (8 channels). Spectrum analyzer SAS: 64 steps, (1 step
- 20 ms), 32 Hz - 2 kHz or 96 steps, 1 - 400 kHz, wide-band analog
telemetry (60 kHz max), subcarrier (IRIG) analog telemetry channel.
6. Ion flux fluctuations 10-12 - 10-10A, (4sensors, spaced at
120 deg.)
7. Energetic particles - solid-state spectrometer for electrons
20-230 keV and protons 20 keV - 1,3 MeV, 2 directions: antisunward the
Sun and perpendicular to it.
8. Plasma particles - electrostatic analyzer MPS, electrons and
protons 0,2 - 20 keV, axes in the directions of the + and - Z
subsatellite axis, i.e. toward the Sun and antisunward, on 16 energy
levels.
9. Plasma particles - multidirectional electrostatic analyzer
SPS for electrons and protons 0,2 - 20 keV, 16 energy levels.
10. Solar X-ray photometer two energy bands: 10-15 keV, 15-60 keV
11. Two-components current Langmuir probe: 0,3 Hz - 50 kHz
Interball project scientist A.A.Galeev agaleev@vm1.iki.rssi.ru
Deputy Interball project scientist L.M.Zeleny lzelenyi@vm1.iki.rssi.ru
Interball technical managers L.V.Pesotsky, E.M.Vasilyev vasilyev@mx.iki.rssi.ru
Subsatellite technical manager from Russia Yu.N. Agafonov yagafonov@romance.iki.rssi.ru
Space Research Institute, Russian Acad. Sci., Moscow, Russia.
Subsatellite project scientist from Czech side P.Triska ptr@ufa.cas.cz
Subsatellite technical manager from Czech side J.Vojta jvo@ufa.cas.cz
Institute of Atmospheric Physics, Czech Acad. Sci.,
Prague, Czech Republic.
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