17 citations · 17 across the 5 of their papers we have counts for
6 papers
A Shock-based Interpretation of Radio and X-ray Emission in Active Galactic Nuclei
Fan Wu, Benzhong Dai
We propose a shock-based framework to interpret the radio and X-ray emission in active galactic nuclei (AGNs), whose origin remains an open problem. In this framework, the radio em…
A Mass-Independent Damping Timescale in Black Hole Accretion Systems
Haoyang Zhang, Shenbang Yang, Li Zhang +1
The scaling laws reveal the underlying structural similarities shared by astrophysical systems across vastly different scales. In black hole accretion systems, the scaling relation…
Revisiting the observation-theory confrontation in high-frequency QPOs:a new QPO in NGC 5506, intermediate mass black holes, and the crucial role of accretion state
Haoyang Zhang, Lingwei Meng, Li Zhang +1
The scale invariance of accretion processes (SIAP) is crucial for understanding the physical processes of black hole accretion systems at different scales. When applying this rule…
Study of the gamma-Ray Radiation Properties of High-redshift Blazars at z>2.5
Fan Wu, Benzhong Dai
We study a sample of 30 high-redshift blazars () by means of spectra and the radiation mechanism with Fermi Large Area Telescope -ray observations spanning 15 years. Thre…
The Nature of the High-energy Gamma-Ray Radiation Associated with the High-redshift Blazar B3 1343+451
Fan Wu, Wen Hu, Benzhong Dai
High-redshift blazars are the most powerful extragalactic astrophysical sources ever detected in the high-energy gamma-ray band. In this study, we present a temporal and spectral a…
Discovering the Mass-Scaled Damping Timescale from Microquasars to Blazars
Haoyang Zhang, Shenbang Yang, Benzhong Dai
Studying the variability of the accretion disks of black holes and jets is important to identify their internal physical processes. In this letter, we obtain the characteristic dam…