SIMBAD references

2022MNRAS.514.2397X - Mon. Not. R. Astron. Soc., 514, 2397-2406 (2022/August-1)

Energetic transients joint analysis system for multi-INstrument (ETJASMIN) for GECAM - I. Positional, temporal, and spectral analyses.

XIAO S., XIONG S.-L., CAI C., SONG L.-M., ZHENG S.-J., PENG W.-X., WANG P., QIAO R., GUO D.-Y., WANG J., LI X.-B., SONG X.-Y., YUAN Y., FAN X.-L., ZHAO X.-Y., HUANG Y., MA X., ZHANG P., LI B., GE M.-Y., TUO Y.-L., CHEN W., ZHANG H.-M., HE J.-J., LI C.-Y., YI Q.-B., ZHAO Y., ZHANG Y.-Q., ZHENG C., XUE W.-C., LIU J.-C., ZHANG Z., LI C.-K., ZHANG X.-L., ZHAO H.-Y., ZHAO G.-Y., GUO Z.-W., XIE S.-L., WANG C.-W., ZHANG B.-X., WANG Y., LI Q.-X., LI C., ZHANG K., SHI D.-L., ZHAO S.-Y., YAO M., AN Z.-H., CHEN C., GONG K., LIU Y.-Q., GAO M., LI X.-Q., LI Y.-G., LIANG X.-H., LIU X.-J., SUN X.-L., WANG J.-Z., WEN X.-Y., XU Y.-B., XU Y.-P., YANG S., ZHANG C.-Y., ZHANG D.-L., ZHANG F., CHEN G., LU F.-J., SUN G.-X., ZHANG F. and ZHANG S.-N.

Abstract (from CDS):

Gravitational wave high-energy Electromagnetic Counterpart All-sky Monitor (GECAM) is a dedicated mission, launched in December 2020, for gamma-ray transients, including gamma-ray bursts (GRBs) and soft gamma repeater (SGR) bursts in the multimessenger and multiwavelength astronomy era. Since GECAM consists of two independent spacecrafts (or say instruments), and the framework of data analysis for multiple spacecrafts is distinctive from that for only one spacecraft, which is the case for most GRB missions, we developed a dedicated pipeline called Energetic Transients Joint Analysis System for Multi-INstrument (ETJASMIN) for GECAM mission. This pipeline has been naturally extended to incorporate data from other gamma-ray instruments, including the operating missions, such as Insight-HXMT/HE, Fermi/GBM, Swift/BAT, INTEGRAL/SPI-ACS, Konus-Wind, and GRID, as well as the forthcoming missions, such as SVOM/GRM and HEBS. In this paper, we present this pipeline with a focus on the data analysis procedures, methodology, and results in terms of the localization, verification (classification), spectral, and temporal analyses of gamma-ray transients. We show that this pipeline could provide more accurate, reliable, and comprehensive results than that of individual spacecraft, which is beneficial for gamma-ray transients observation.

Abstract Copyright: © 2022 The Author(s) Published by Oxford University Press on behalf of Royal Astronomical Society

Journal keyword(s): instrumentation: detectors - methods: data analysis

Simbad objects: 5

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