Publications (29)
The physical properties of -4LAC flat spectrum radio quasars
Can Tan, Rui Xue, Lei-Ming Du +3
In this work, we collect quasi-simultaneous infrared, optical, X-ray and -ray data of 60 -4LAC flat spectrum radio quasars (FSRQs). In the framework of the conventional…
Understanding the phenomenological and intrinsic blazar sequence using a simple scaling model
Zhu-Jian Wan, Rui Xue, Ze-Rui Wang +2
The blazar sequence, including negative correlations between radiative luminosity and synchrotron peak frequency , and between Compton dominance and , is…
A unified model for orphan and multi-wavelength blazar flares
Ze-Rui Wang, Ruo-Yu Liu, Maria Petropoulou +3
Blazars are a class of active galactic nuclei which host relativistic jets oriented close to the observer's line of sight. Blazars have very complex variability properties. Flares,…
Detection of an Orphan X-ray Flare from a Blazar Candidate EP240709a with Einstein Probe
Mingjun Liu, Yijia Zhang, Yun Wang +49
Blazars are often observed to flare across multiple wavelengths. Orphan flares from blazars have been only detected a few times, providing an opportunity to understand the structur…
Revisiting the proton synchrotron radiation in blazar jets: Possible contributions from X-ray to -ray bands
Rui Xue, Shao-Teng Huang, Hu-Bing Xiao +1
The proton synchrotron radiation is considered as the origin of high-energy emission of blazars at times. However, extreme physical parameters are often required. In this work, we…
TeV and keV-MeV Excesses as Probes for Hadronic Process in BL Lacertaes
Ji-Gui Cheng, Xiao-Li Huang, Ze-Rui Wang +2
A hard TeV -ray component excess over the single-zone leptonic model prediction (TeV excess) is observed in the spectral energy distributions (SEDs) of some BL Lacs. Its origin…