有微类星体的活跃星群的原子核(AGN ) 的关联基于 Blandford-Znajek (BZ )(MC ) 并且磁性的联合的共存被讨论在黑色的进程(CEBZMC ) 洞(BH ) 生长磁盘。为 bothAGNs 和微类星体的 BH 系统的几数量的比例被把观察数据与 CEBZMC 相结合导出。在 BH 地平线的磁场的平方与 BH 团相反地成正比,这被显示出,当磁盘的生长率与 BH 团成正比时。另外,陡峭的放射率从附近明亮的 Seyfert 1 galaxyMCG-6-30-15 和微类星体 XTE J1650-500 的最近的 XMM 牛顿观察索引被在磁盘放射上考虑 MC 效果很好适合。这些结果强烈与微类星体建议 AGN 的关联。
Correlations of active galactic nuclei (AGNs) with microquasars are discussed based on the coexistence of the Blandford-Znajek (BZ) and magnetic coupling (MC) processes (CEBZMC) in black hole (BH) accretion disk. The proportions of several quantities of BH systems for both AGNs and microquasars are derived by combining the observational data with CEBZMC. It is shown that the square of the magnetic field at the BH horizon is inversely proportional to the BH mass, while the accretion rate of the disk is proportional to the BH mass. In addition, the very steep emissivity indexes from the recent XMM-Newton observations of the nearby bright Seyfert 1 galaxy MCG-6-30-15 and the microquasars XTE J1650-500 are well fitted by considering the MC effects on the disk radiation. These results suggest strongly the correlations of A GNs with microquasars.