| Experiment |
Measured Parameters |
PI And Key Scientists |
| AURORAL PLASMA |
S K A - 3 |
Spectra of electrons and ions 0.03 < E < 15 keV;
anisotropy of electrons and ions (M = 1, 4, 16), 30 < E < 500 keV/Q |
F. Shuiskaya
A. Kuzmin
Yu. Galperin
R. Kovrazhkin
V. Stepanov
IKI, Moscow, Russia |
| I O N |
Electron and ion spectra and anisotropy (M = 1, 2, 4,
16), 0.005 < E < 20 keV/Q |
J. A. Sauvaud
CESR, Toulouse, France
R. Kovrazhkin
K. Afanasiev
IKI, Moscow, Russia |
| PROMICS-3 |
Ion composition (M = 1-32) and 3-D energy distribution,
10 eV < E < 30 keV/Q |
I. Sandahl
IRF, Kiruna, Sweden
E. Budnik
N. Pissarenko
E. Dubinin
IKI, Moscow, Russia
H. Koskinen
T. Pulkkinen
FMI, Helsinki, Finland |
| THERMAL PLASMA |
| HYPERBOLOID |
Ion composition and 3-D distribution functions, M = 1-32
(with H+, He+, O++, O+ routinely), 0.1 < E < 80 eV |
N. Dubouloz
J. -J. Berthelier
CETP, Saint-Maur, France
Yu. Galperin
T. Muliarchik
D. Chugunin
IKI, Moscow, Russia |
| K M - 7 |
Temperature of cold electrons, T < 10 eV |
J. Smilauer
Inst. of Atm. Physics CAS,
Prague, Czech. Republic
V. Afonin
IKI, Moscow, Russia |
| ALPHA-3 |
Thermal plasma ion flux, E < 25 eV/Q |
V. Bezrukikh
IKI, Moscow, Russia |
| WAVES AND FIELDS |
| I M A P - 3 |
Magnetic field (three components). Range 1-±70000
nT, band 0-10 Hz. |
I. Arshinkov
SDS, Sofia, Bulgaria
L. Zhuzgov
V. Styazhkin
IZMIRAN, Troitsk, Russia |
| I E S P - 2M |
DC electric field and ULF waves (0.1-30 Hz) |
S. Perraut
CETP, Saint-Maur, France
M. Mogilevsky
IKI, Moscow, Russia |
| POLRAD |
Auroral kilometric radiation (20 kHz - 2 MHz) |
J. Hanasz
Space Research Centre PAS,
Torun, Poland
M. Mogilevsky
T. Romantsova
IKI, Moscow, Russia |
| M E M O |
Electromagnetic waves in wide band (quantitative analysis)
< 240 kHz |
F. Lefeuvre
LPCE, Orleans, France
M. Mogilevsky
IKI, Moscow, Russia |
| NVK-ONCH |
VLF electromagnetic waves 20 Hz - 20 kHz |
A. Goljavin
IZMIRAN, Troitsk, Russia
M. Mogilevsky
IKI, Moscow, Russia |
| ENERGETIC PARTICLES |
| D O K - 2 |
Energy spectra, angular distributions and time variations
of electrons (E = 15-400 keV) andions (E = 20-1000 keV) |
K. Kudela
Inst. of Experim.
Physics SAS,
Kosice, Slovakia
V. Lutsenko
IKI, Moscow, Russia
E. Sarris
University of Thrace,
Xanthi, Greece |
| S/C POTENTIAL CONTROL |
| R O N |
Space electric potential control by two ion beams (N2+,
In+). Ion beam currents Ibeam=0-15mkA. |
W. Riedler
K. Torkar
Space Res. Inst., Austrian
Acad. Sci., Graz, Austria
R. Schmidt
ESA/ESTEC,
Nordwijk, The Netherlands
Yu. Galperin
M. Veselov
IKI, Moscow, Russia |
| OPTICAL OBSERVATIONS |
| U V A I |
UV auroral imager (140 - 160 nm) |
L. Cogger
Univ. of Calgary, Canada
Yu. Galperin
M. Veselov
IKI, Moscow, Russia |
| UFSIPS |
UV auroral oxygen emissions 130.4, 135.6, 149.3 nm in
the footprint regionof the Earth's atmosphere |
A. Kuzmin
IKI, Moscow, Russia
K. Palazov
Observ. Yuri Gagarin,
Stara Zagora, Bulgaria |
| TECHNOLOGICAL EXPERIMENTS |
| R D - 1M |
Dosimetric measurements |
V. Bengin
V. Petrov
IMBP, Moscow, Russia
S. Kuznetsov
Moscow University,
Moscow, Russia |
| A N O D |
Comparison of different models of solar panels |
A. Kozlov
State Scientific-industrial
corporation QUANT,
Moscow, Russia
T. Muliarchik
IKI, Moscow, Russia |
| SERVICE SYSTEMS |
BNK, BNTR,
BNTS |
Communication blocks |
J. Dikareva
IKI, Moscow, Russia |
| S S N I |
Telemetry system |
L. Chesalin
IKI, Moscow, Russia |
| S T O |
Telemetry system |
L. Bodnar
Politechn. Inst.
Budapest, Hungary
J. Vojta
Inst. of Atm. Phys. CAS,
Prague, Czech. Republik
S. Roishik
Aviation Inst., Warsaw, Poland
G. Terekhin
IKI, Moscow, Russia |
| B N S |
Attitude processor |
J. Klas
Inst. of Atm. Phys. CAS,
Prague, Czech. Republik
N. Eismont
Yu. Lisakov
IKI, Moscow, Russia |