The Evolution of the Broadband Temporal Features Observed in the Black-hole Transient MAXI J1820+070 with Insight-HXMT
- Wang, Yanan
- Ji, Long
- Zhang, S.
- Méndez, Mariano
- Qu, J. L.
- Maggi, Pierre
- Ge, M. Y.
- Qiao, Erlin
- Tao, L.
- Zhang, S.
- Altamirano, Diego
- Zhang, L.
- Ma, X.
- Lu, F. J.
- Li, T. P.
- Huang, Y.
- Zheng, S. J.
- Chen, Y.
- Chang, Z.
- Tuo, Y. L.
- Güngör, C.
- Song, L. M.
- Xu, Y. P.
- Cao, X. L.
- Chen, Y.
- Liu, C. Z.
- Bu, Q. C.
- Cai, C.
- Chen, G.
- Chen, L.
- Chen, T. X.
- Chen, Y.
- Cui, W. W.
- Cui, W. W.
- Deng, J. K.
- Dong, Y. W.
- Du, Y. Y.
- Fu, M. X.
- Gao, G. H.
- Gao, H.
- Gao, M.
- Gu, Y. D.
- Guan, J.
- Guo, C. C.
- Han, D. W.
- Huo, J.
- Jia, S. M.
- Jiang, L. H.
- Jiang, W. C.
- Jin, J.
- Jin, Y. J.
- Kong, L. D.
- Li, B.
- Li, C. K.
- Li, G.
- Li, M. S.
- Li, W.
- Li, X. B.
- Li, X. B.
- Li, X. B.
- Li, Y. G.
- Li, Z. W.
- Liang, X. H.
- Liao, J. Y.
- Liu, G. Q.
- Liu, H. W.
- Liu, X. J.
- Liu, Y. N.
- Lu, B.
- Lu, X. F.
- Luo, Q.
- Luo, T.
- Meng, B.
- Nang, Y.
- Nie, J. Y.
- Ou, G.
- Sai, N.
- Shang, R. C.
- Song, X. Y.
- Sun, L.
- Tan, Y.
- Wang, G. F.
- Wang, J.
- Wang, W. S.
- Wang, Y. S.
- Wang, Y. S.
- Wen, X. Y.
- Wu, B. Y.
- Wu, B. Y.
- Wu, M.
- Xiao, G. C.
- Xiao, S.
- Xiong, S. L.
- Yang, J. W.
- Yang, S.
- Yang, Y. J.
- Yang, Y. J.
- Yi, Q. B.
- Yin, Q. Q.
- You, Y.
- Zhang, A. M.
- Zhang, C. M.
- Zhang, F.
- Zhang, H. M.
- Zhang, J.
- Zhang, T.
- Zhang, W.
- Zhang, W.
- Zhang, W.
- Zhang, Y.
- Zhang, Y.
- Zhang, Y.
- Zhang, Y.
- Zhang, Z.
- Zhang, Z.
- Zhang, Z.
- Zhao, H. S.
- Zhao, X. F.
- Zhou, D. K.
- Zhou, J. F.
- Zhuang, R. L.
- Zhu, Y. X.
- Zhu, Y. X.
- Wang, Lingjun
DOIAbstract
We study the evolution of the temporal properties of MAXI J1820+070 during the 2018 outburst in its hard state from MJD 58,190 to 58,289 with Insight-HXMT in a broad energy band 1-150 keV. We find different behaviors of the hardness ratio, the fractional rms and time lag before and after MJD 58,257, suggesting a transition occurred around this point. The observed time lags between the soft photons in the 1-5 keV band and the hard photons in higher energy bands, up to 150 keV, are frequency-dependent: the time lags in the low-frequency range, 2-10 mHz, are both soft and hard lags with a timescale of dozens of seconds but without a clear trend along the outburst; the time lags in the high-frequency range, 1-10 Hz, are only hard lags with a ti...
Add to ORKG