Thermoregulated Nitric Cryosystem for Cooling Gas-Filled Detectors of Ionizing Radiation
DOI:
https://doi.org/10.15407/scin11.05.043Keywords:
cryosystem, nitrogen, temperature control, temperature stability, gas-filled radiation detectors.Abstract
Cryosystem for cooling and filling of gas-filled detectors of ionizing radiation with compressed inert gas on the basis of wide-nitrogen cryostat, which provides detetector temperature control in a range of 173 — 293 K and its stabilization with accuracy of ± 1°. The work was carried out within the Ukraine — NATO Program of Collaboration, Grant SfP #984655.
References
Skubenko M.A., Zharkov I.P., Zhyrko Ju.I., Safronov V.V. Minikriostatna systema MK-80 dlja zmenshennja temnovyh shumiv fotoelektronnyh pidsyljuvachiv. Mater. UII Mizhnarodnoi’ shkoly-koferencii’ Aktual’ni problemy fizyky napivprovidnykiv. Drogobych, DPU, 28.09. 01.10.2010: 229—230 [in Ukrainian].
Zharkov Y.P., Zhyrko Ju.Y., Maslov V.A. ta in. Malogabarytnoe ustrojstvo ohlazhdenyja fotoelektronnyh umnozhytelej. Nauchnoe pryborostroenye. 2011. 21(1): 120-124 [in Ukrainian].
Pat. Ukrai’ny N56983 Kriostat dlja fotoelektronnyh pidsyljuvachiv MPK G05D 23/30 / Zharkov I.P., V.O Maslov, V.O. Hodunov, A.G. Chmul’ [in Ukrainian].
Pat. Ukrai’ny N797425 Termoregul’ovanyj azotnyj kriostat dlja fotoelektronnyh pryjmachiv riznogo typu MPK G05D23/00 / Zharkov I.P., Safronov V.V., Selivanov O.V., Hodunov V.O [in Ukrainian].
