National Aeronautics and Space Administration

SVOM Refereed Journals

1. Photometric and Spectroscopic Studies of Superoutbursts of Three Dwarf Novae Independently Identified by the SVOM/GWAC System in 2018
   Wang, J et al., AJ, 159, 35 (2020)
2. SVOM: a Joint Gamma-ray Burst Detection Mission
   Yu, S et al., ChA&A, 44, 269 (2020)
3. Ultra-Long Gamma-Ray Bursts detection with SVOM/ECLAIRs
   Dagoneau, N et al., ExA, 50, 91 (2020)
4. Optical Design of COLIBRÍ: A Fast Follow-up Telescope for Transient Events
   Fuentes-Fernandez, J et al., JAI, 9, 50001 (2020)
5. A Real-time Automatic Validation System for Optical Transients Detected by GWAC
   Xu, Y et al., PASP, 132, 054502 (2020)
6. The mini-GWAC optical follow-up of gravitational wave alerts — Results from the O2 campaign and prospects for the upcoming O3 run
   Turpin, D et al., RAA, 20, 13 (2020)
7. A pilot study of catching high-z GRBs and exploring circumburst environment in the forthcoming SVOM era
   Wang, J, Qiu, Y & Wei, J, RAA, 20, 124 (2020)
8. Viewing Angle Constraints on S190425z and S190426c and the Joint Gravitational-wave/Gamma-Ray Detection Fractions for Binary Neutron Star Mergers
   Song, H et al., ApJL, 881, L40 (2019)
9. Designing large pixelated CdTe detection planes for hard X-ray transients detection
   Lacombe, K et al., ExA, 47, 245 (2019)
10. Simulations of the SVOM/ECLAIRs dynamic background: a fast, accurate and general approach for wide-field hard X-ray instruments
    Mate, S et al., ExA, 48, 171 (2019)
11. Simulation of the joint operation of the space system SODA and the ground-based telescope GWAC to detect dangerous asteroids of decameter size
    Shugarov, A, INASR, 4, 152 (2019)
12. Spectral performance of ECLAIRs flight detectors on SVOM mission
    Lacombe, K et al., APh, 103, 131 (2018)
13. Characterizing the dead time of the ECLAIRs camera on board the mission SVOM
    Bajat, A et al., ExA, 46, 337 (2018)
14. The SVOM mission
    Motch, C, AN, 338, 978 (2017)
15. Telescope Array Control System Based on Wireless Touch Screen Platform
    Fu, X, Huang, L & Wei, J, ChA&A, 41, 577 (2017)
16. Scientific prospects for spectroscopy of the gamma-ray burst prompt emission with SVOM
    Bernardini, M et al., ExA, 44, 113 (2017)
17. GRB cosmology through the Ep,I-intensity correlation
    Amati, L, Sawant, D & Della Valle, M, A&AT, 29, 193 (2016)
18. Telescope Array Control System Based on Wireless Touch Screen Platform
    Fu, X, Huang, L & Wei, J, AcASn, 57, 495 (2016)
19. Long GRBs as a tool to investigate star formation in dark matter halos
    Wei, J et al., JHEAp, 9, 1 (2016)
20. Column Store for GWAC: A High-cadence, High-density, Large-scale Astronomical Light Curve Pipeline and Distributed Shared-nothing Database
    Wan, M et al., PASP, 128, 114501 (2016)
21. Perspectives on Gamma-Ray Burst Physics and Cosmology with Next Generation Facilities
    Yuan, W et al., SSRv, 202, 235 (2016)
22. Happy Birthday Swift: Ultra-long GRB 141121A and Its Broadband Afterglow
    Cucchiara, A et al., ApJ, 812, 122 (2015)
23. Liverpool telescope 2: a new robotic facility for rapid transient follow-up
    Copperwheat, C et al., ExA, 39, 119 (2015)
24. Simultaneous event detection rates by electromagnetic and gravitational wave detectors in the advanced era of LIGO and Virgo
    Siellez, K, Boer, M & Gendre, B, MNRAS, 437, 649 (2014)
25. Prompt optical emission from gamma-ray bursts with multiple timescale variability of central engine activities
    Xu, S & Li, Z, RAA, 14, 411 (2014)
26. Cosmology with Gamma--Ray Bursts: status and perspectives
    Amati, L, AstRv, 8, 0190 (2013)
27. Measuring Cosmological Parameters with Gamma Ray Bursts
    Amati, L & Della Valle, M, IJMPD, 22, 30028 (2013)
28. Delayed onset and fast rise of prompt optical-UV emission from gamma-ray bursts in molecular clouds
    Cui, X, Li, Z & Xin, L, RAA, 13, 57 (2013)
29. Onboard GRB trigger algorithms of SVOM-GRM
    Zhao, D et al., RAA, 13, 1381 (2013)
30. Influence of the Earth on the background and the sensitivity of the GRM and ECLAIRs instruments aboard the Chinese-French mission SVOM
    Zhao, D et al., ExA, 34, 705 (2012)
31. SVOM Visible Telescope: Performance and Data Process Scheme
    Wu, C, Qiu, Y & Cai, H, IAUS, 279, 421 (2012)
32. Prospects for detecting gamma-ray bursts at very high energies with the Cherenkov Telescope Array
    Kakuwa, J et al., MNRAS, 425, 514 (2012)
33. Open questions in GRB physics
    Zhang, B, CRPhy, 12, 206 (2011)
34. Observing the prompt emission of GRBs
    Atteia, J & Boer, M, CRPhy, 12, 255 (2011)
35. The Fermi view of gamma-ray bursts
    Piron, F & Connaughton, V, CRPhy, 12, 267 (2011)
36. The Chinese-French SVOM mission for gamma-ray burst studies
    Paul, J et al., CRPhy, 12, 298 (2011)
37. SVOM gamma ray monitor
    Dong, Y et al., SCPMA, 53, 40 (2010)
38. A fast onboard star-extraction algorithm optimized for the SVOM Visible Telescope
    Wang, T et al., SCPMA, 53, 51 (2010)
39. Monte-Carlo simulations of the background of the coded-mask camera for X- and Gamma-rays on-board the Chinese-French GRB mission SVOM
    Godet, O et al., NIMPA, 603, 365 (2009)
40. Incidence Rate of GRB-Host DLAs at High Redshift
    Nagamine, K, Zhang, B & Hernquist, L, ApJL, 686, L57 (2008)
41. Gamma-ray bursts from the early Universe: predictions for present-day and future instruments
    Salvaterra, R et al., MNRAS, 385, 189 (2008)