Speakers
Dr.
Alexander Glyanenko
(National Nuclear Research University “MEPHI”)
Dr.
Vitaly Yurov
(National Nuclear Research University “MEPHI”, Moscow, Russia)
Description
Architecture and operational concept description of the PING-P unit are presented. In-flight calibration and stabilization procedures are listed. Data and technology characteristics are presented. Two key functional modes, the «Patrol» and the «Burst», are described. Spectral data: single detector spectra, double coincidence spectra, calibration spectra, automatic calibration LED amplitude spectra. A burst detection system which is aimed to detect bursts in a pseudo-stationary flux. In-flight control procedure is described. Raw data acquisition, processing and storing techniques implemented in the PING-P unit are considered. Also a prompt data processing procedure and data transmission protocols are reviewed
| Presentation type | Section talk (10+5 min) |
|---|
Primary author
Dr.
Alexander Glyanenko
(National Nuclear Research University “MEPHI”)
Co-authors
Mr.
Dmitry Skorodumov
(Ioffe Physical-Technial Institute RAS, Sankt-Peterburg, Russia)
Dr.
Evgeny Kruglov
(Ioffe Physical-Technial Institute RAS, Sankt-Peterburg, Russia)
Dr.
Mikhai Savchenko
(Ioffe Physical-Technial Institute RAS, Sankt-Peterburg, Russia)
Dr.
Vadim Lazutkov
(Ioffe Physical-Technial Institute RAS, Sankt-Peterburg, Russia)
Dr.
Vitaly Yurov
(National Nuclear Research University “MEPHI”, Moscow, Russia)
