THz solar observations on board of a trans-Antarctic stratospheric balloon flight
Tipo
Artigo de evento
Data de publicação
2016
Periódico
International Conference on Infrared, Millimeter, and Terahertz Waves, IRMMW-THz
Citações (Scopus)
2
Autores
Kaufmann P.
Abrantes A.
Bortolucci E.C.
Caspi A.
Fernandes L.O.T.
Kropotov G.
Kudaka A.S.
Laurent G.
Machado N.
Marcon R.
Marun A.
Nicolaev V.
Ramirez R.F.H.
Raulin J.-P.
Saint-Hilaire P.
Shih A.
Silva C.M.
Timofeevsky A.
Abrantes A.
Bortolucci E.C.
Caspi A.
Fernandes L.O.T.
Kropotov G.
Kudaka A.S.
Laurent G.
Machado N.
Marcon R.
Marun A.
Nicolaev V.
Ramirez R.F.H.
Raulin J.-P.
Saint-Hilaire P.
Shih A.
Silva C.M.
Timofeevsky A.
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Resumo
© 2016 IEEE.A new system of two photometers was built to observe the Sun at 3 and 7 THz from space, named SOLAR-T. It has been flown coupled to U.C. Berkeley GRIPS experiment on a NASA stratospheric balloon flight over Antarctica, 19-30 January 2016. The mission was successfully accomplished. We describe the system performance, solar brightness determination and the first THz impulsive burst detected.
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Assuntos Scopus
Antarctica , Solar brightness , Solar flare , Solar observations , Stratospheric balloon , THz measurements