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| Space Physics Home Page |
| On-line Data Services |
| Russian Space Weather |
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Space Physics On-line Data Services |
| Institute of Nuclear Physics | Moscow State University |
[Space Physics Information Home Page] [Russian Space Weather] [Project BAFIZ]
The On-line Data Services provide an interactive WWW-based access to scientific data collected at Institute of Nuclear Physics MSU:
Access to OMNI data
Access to deep space COHO data:
Access to LASRE data:
Other datasets: NASA/NSSDC's OMNI Data of near-Earth's observations
The data service provides access to spacecraft-specific hourly averaged interplanetary magnetic field (IMF) and solar wind plasma (SWP) data from several spacecraft which have explored the near-Earth and deep space regions over the last three decades. Plasma data include proton density, flow speed, flow angles and temperature. Kp and Dst indices are also available.
Data from IMP-8 spacecraft mostly have been used on this service.
The original data stored at NASA/NSSDC OMNIWeb.
NASA/NSSDC's COHO Data of deep space observations
The data service provides access to spacecraft-specific hourly averaged interplanetary magnetic field (IMF) and solar wind plasma (SWP) data from several spacecraft which have explored the near-Earth and deep space regions over the last three decades. Plasma data include proton density, flow speed, flow angles and temperature. Kp and Dst indices are also available.
Data from the following spacecraft have been used on this service:
- Helios 1 & Helios 2
- Voyager 1 & Voyager 2
- Pioneer 10 & Pioneer 11
- Pioneer Venus Orbiter
- >Ulysses
The original data stored at NASA/NSSDC COHOWeb.
Access to COHO data:
Helios 1 & Helios 2 Voyager 1 & Voyager 2 Pioneer 10 & Pioneer 11 Pioneer Venus Orbiter Ulysses
Acknowledgment:
The OMNI and COHO services were created with kind help of Dr. Joseph H. King, NASA/NSSDC, who provide all the data.
Magnetopause Crossings Data, collected by D.Sibeck (APL, J.Hopkins University)
The data service provides access to magnetopause crossings data of IMP, Explorer, Prognoz, and ISEE series satellites, including simultaneous plasma and magnetic field observations. All of the magnetopause crossings are matched with corresponding hourly-averaged solar wind plasma and magnetic field parameters, whenever available.
The data array and data description are accessible via ftp.
Acknowledgment:
This service was created with kind help of Dr. David Sibeck, Applied Physics Laboratory of University of J.Hopkins (Maryland, USA), who provide the data.
SINP's LASRE Data Base of Low Altitude Space Radiation Environmen
Data Base of Low Altitude Space Radiation Environment (DB LASRE) is developed in D.V. Skobeltsyn Institute of Nuclear Physics of M.V. Lomonosov Moscow State University. This data base contains experimental data about energetic electrons (E>40 keV) and energetic protons (E>0.5 MeV) observed on the near Earth's satellites at altitudes less than 1000 Km. Investigations of high energy charged particle fluxes in this region are necessary to definite the space radiation environment conditions in the missions of spacecraft and satellites. The observations cover the period from 1979 to present time, that permits to study the variations of near Earth's radiation during two cycles of solar activity. High inclined orbit of some satellites and large sensitivity of some detectors allow observe both trapped particles and particle fluxes under the radiation belts including polar cap regions.
Data from the following spacecraft have been used on this service:
- Cosmos-1686
- CORONAS-I
- MIR Station
Interactive access to LASRE data:
Coronas - I (electron fluxes) & Coronas - I (proton fluxes) Cosmos-1686 (electron fluxes) & Cosmos-1686 (proton fluxes) MIR Station (Ryabina experiment)
Acknowlegment:
The spacecraft data were presented by Prof. S.N. Kuznetsov, Dr. B.M. Kuzhevskii, and Dr. Yu.V. Mineev (SINP MSU). The LASRE data were collected by Dr. A. Dmitriev.
