6-9 July 2015
Moscow, Troitsk
Europe/Moscow timezone
Contribution talk
Implementation of silicon photomultipliers in scintillation detector systems of the GAMMA-400 space gamma-ray telescope
Speakers
- Mikhail RUNTSO
Primary authors
- Mikhail RUNTSO (NRNU "MEPHI")
Co-authors
- Mr. ANDREY ARKHANGELSKYI (NRNU "MEPHI")
- Mr. VLADIMIR KUSHIN (NRNU "MEPHI")
- Mr. EVGENIY MAKLYAEV (NRNU "MEPHI")
- Mr. YURIY MELIKYAN (NRNU "MEPHI")
- Mr. PIOTR NAUMOV (NRNU "MEPHI")
- Mr. PAVEL NAUMOV (NRNU "MEPHI")
- Mr. MIKHAIL SHARAPOV (NRNU "MEPHI")
- Mr. ARTIOM SOLODOVNIKOV (NRNU "MEPHI")
- Mr. YURIY YURKIN (NRNU "MEPHI")
- Mrs. IRINA ARKHANGELSKAYA (NRNU "MEPHI")
- Mr. ARKADIY GALPER (NRNU "MEPHI")
- Mr. SERGEY FEDOTOV (NRNU "MEPHI")
- Mr. MAKSIM KHEIMITZ (NRNU "MEPHI")
- Mr. VLADIMIR KAPLIN (NRNU "MEPHI")
- Mr. ALEXEY LEONOV (NRNU "MEPHI")
- Mr. VITALIY LOGINOV (NRNU "MEPHI")
- Mr. SERGEY LAZAREV (NRNU "MEPHI")
Content
The scintillation detectors characteristics of GAMMA-400 gamma-ray space telescope constructed with the implementation of silicon photomultipliers manufactured by different manufacturers are reported. The measurements were carried out at the technological model of the gamma-ray telescope. The efficiency, amplitude ant timing properties of fast plastic large area scintillators and also calorimeter detectors based on non-organic CsI(Tl) scintillators were investigated. The detectors characteristics matching to the requirements for the systems of gamma-ray telescope is shown.
Author's Institution
NRNU MEPHI
Co-author's Institution
NRNU MEPHI