000004093 001__ 4093
000004093 005__ 20190204130419.0
000004093 037__ $$aPOSTER-2019-0076
000004093 100__ $$aDabrowski, B.
000004093 245__ $$aSolar observations with Baldy LOFAR station
000004093 260__ $$c2018
000004093 269__ $$c2018-04-09
000004093 520__ $$aThe LOFAR (LOw-Frequency ARray) science program is very broad and it is organized in five "Key Science Projects". One of them is dedicated to solar physics and space weather. We will focus on the first results of solar spectroscopic observations carried out with the Baldy LOFAR station, Poland from October 2016 to July 2017. During this time, we observed radio events in the form of a type I and III radio bursts. Our observations show that the station is fully operational and it is capable to work effectively in the single station mode for solar observations. Furthermore, we briefly describe the observational technique and instrument capabilities.
000004093 536__ $$aBRAIN.be/$$cCCSOM/$$fCCSOM
000004093 594__ $$aSTCE
000004093 700__ $$aMorosan, D.
000004093 700__ $$aFallows, R.
000004093 700__ $$aBlaszkiewicz, L.
000004093 700__ $$aKrankowski, A.
000004093 700__ $$aMagdalenic, J.
000004093 700__ $$aVocks, C.
000004093 700__ $$aMann, G.
000004093 700__ $$aZucca, P. 
000004093 700__ $$aSidorowicz, T.
000004093 700__ $$aHajduk, M.
000004093 700__ $$aKotulak, K.
000004093 700__ $$aFron, A.
000004093 700__ $$aSniadkowska, K.
000004093 773__ $$t20th EGU General Assembly, held 08-14 April, 2018, Vienna, Austria
000004093 8560_ $$fjasmina.magdalenic@observatoire.be
000004093 980__ $$aCPOSTER