TY - JOUR
TI - Space weather prediction by cosmic rays
AU - Mavromichalaki, H.
AU - Souvatzoglou, G.
AU - Sarlanis, C.
AU - Mariatos, G.
AU - Plainaki, C.
AU - Gerontidou, M.
AU - Belov, A.
AU - Eroshenko, E.
AU - Yanke, V.
JO - Advances in Space Research
PY - 2006
VL - 37
TODO - 6
SP - 1141-1147
PB - Elsevier Ireland Ltd
SN - 0273-1177
TODO - 10.1016/j.asr.2005.03.159
TODO - Condition monitoring;  Cosmic rays;  Magnetic properties;  Neutrons;  Real time systems;  Weather forecasting, Forbush decreases;  Ground level enhancements;  Neutron monitor network;  Space weather, Space research
TODO - Relativistic (galactic and solar) cosmic rays (CR) registered by neutron monitors can play a useful key-role in space weather storms forecasting and in the specification of magnetic properties of coronal mass ejections (CMEs), shocks and ground level enhancements (GLEs). In order to produce a real-time prediction of space weather phenomena, only real-time data from a neutron monitor network should be employed. Recently in Athens cosmic-ray station a real-time data collection and acquisition system has been created in collaboration with the cosmic ray group of IZMIRAN. This system collects data in real-time mode from about 15 real-time cosmic ray stations by using the internet. The main server in Athens station collects 5-min and hourly cosmic ray data. The measurements of all stations are being processed automatically while converted into a suitable form, so as to be serviceably for forecasting purposes. All programs have been written in an expandable form, in order to upgrade the network of real-time neutron monitors with the biggest possible number of stations, easily. Programs which make use of these data for forecasting studies are already running in experimental mode. The increased number of NM stations operating in real time provides a good basis for using Neutron Monitor network as a tool of forecasting the arrival of the interplanetary disturbances at the Earth. © 2005 COSPAR.
ER -