On a single-counts rate stabilization scheme employed in the imaging camera of the TACTIC γ-ray telescope

Details On a single-counts rate stabilization scheme employed in the imaging camera of the TACTIC γ-ray telescope On a single-counts rate stabilization scheme employed in the imaging camera of the TACTIC γ-ray telescope

Feb 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001mesct..12..167b&link_type=abstract

Measurement Science and Technology, Volume 12, Issue 2, pp. 167-171 (2001).

Statistics

Methodology

11

Scientific paper

A cost-effective methodology for operating the 349-pixel Cerenkov light imaging camera of the imaging element of the TACTIC γ-ray telescope array at stable single-counts rate and safe anode current values has successfully been tried out despite variations in the light of the night sky experienced by these pixels from time to time. Important details of this unconventional scheme are discussed and reference is made to the methods evolved for in situ absolute and relative gain calibrations of the camera pixels, which are particularly required for this mode of operation.

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