Details

Autor(en) / Beteiligte

• Chytka, L.
• Mandat, D.
• Albury, J.
• Bellido, J.A.
• Farmerh, J.
• Fujii, T.
• Hamal, P.
• Horvath, P.
• Hrabovsky, M.
• Kvita, J.
• Malacari, M.
• Mastrodicasa, M.
• Matthews, J.N.
• Michal, S.
• Ni, X.
• Nozka, L.
• Palatka, M.
• Pech, M.
• Privitera, P.
• Schovanek, P.
• Salamida, F.
• Smida, R.
• Thomas, S.B.
• Travnicek, P.
• Vacula, M.

Titel

An automated all-sky atmospheric monitoring camera for a next-generation ultrahigh-energy cosmic-ray observatory

Ist Teil von

• Journal of instrumentation, 2020-10, Vol.15 (10), p.T10009-T10009

Ort / Verlag

Bristol: IOP Publishing

Erscheinungsjahr

2020

Quelle

Alma/SFX Local Collection

Beschreibungen/Notizen

• We have developed a fully-automated instrument (FASCam—Fast All Sky Camera) designed to capture night all-sky images and analyse cloudiness and coarse atmospheric properties for a proposed next-generation ultrahigh energy cosmic ray observatory, called the Fluorescence detector Array of Single-pixel Telescopes (FAST). FASCam has a 360 × 90ˆ (azimuth and elevation) field of view and is equipped with a series of photometric Johnson-Cousins filters (BVR) and an Ultra-violet (UV) filter. The camera is installed on the top of one of the three FAST prototype telescope buildings located in central Utah, U.S.A. . An online analysis of the images provides real time cloud coverage maps and coarse atmospheric extinction measurements and a night sky background estimate in the field of view of the FAST fluorescence telescopes. The result serves as an input parameter for the operation of the telescopes and avoids unnecessary data taking in the case of clouds covering the field of view of the telescopes, high atmospheric extinction, or high night sky background.