Convection and Evolution of Black Hole Accretion Flows;
黑洞吸积流的对流和演化
The evolution of black hole accretion disks is investigated by considering both the thin disk accretion and the Blandford Znajek (B Z) process.
在同时考虑薄盘吸积与ＢｌａｎｄｆｏｒｄＺｎａｊｅｋ过程的条件下讨论了黑洞吸积盘的的演化，并指出黑洞的无量纲角动量ａ是标志黑洞吸积盘演化特征的重要参量。
Extracting Energy Magnetically from Black Hole Accretion Disk Through Plunging Region;
大尺度磁场对黑洞吸积盘吸入区能量的提取
Amplification of Magnetic Field in Accretion Disk and Transition of Spectral States in Black Hole Binaries
黑洞吸积盘中磁场的放大及黑洞双星的谱态转变
A Unified Model of Black Hole Surrounded by Magnetized Accretion Disc and its Efficiency of Extracting Energy
磁化黑洞吸积盘的统一模型及其放能效率
Large Scale Magnetic Field Configurations of Black-hole Accretion Disc and Mechanisms of Extracting Energy;
黑洞吸积盘的大尺度磁场位形及其提能机制
Magnetic extraction of energy from transition region of black-hole accretion disk
开放型大尺度磁场对黑洞吸积盘过渡区能量的提取
X-ray observations of iron in the accretion disks may actually be showing the effects of such a massive black hole as well.
同时，铁的X射线对这种吸积现象的观察资料实际上也可以反映这种巨大黑洞的影响。
My group and others are trying to figure out how MRI works in hot, opaque accretion disks around black holes.
包含我的研究群在内，天文学家正试著了解MRI如何作用在黑洞周边高热而不透明的吸积盘。
The model comprising accretion onto a neutron star or black hole companion must still be considered a favored hypothesis.
在中子星或黑洞伴星上发生吸积的模型，仍应看成是一个有价值的假说。
It is shown that the entropy of the black hole is proportional to the area of event horizon at any time.
结果表明 ,任一时刻黑洞熵都与黑洞事件视界面积成正比 .
8.224 Exploring Black Holes investigates these and many other questions using elementary calculus.
224探索黑洞会利用初等微积分研究这类问题。
A black hole exerts a strong gravitational pull and yet it has no matter .
一个黑洞能产生强大的吸力，但它却没有物质。
Black holes can be seen via the death throes of the matter being sucked in.
经由正被吸引物质死亡阵痛能看见黑洞。
Absorption Cross Section of Static EMDA Black Hole for Dirac and Scalar Particles;
静态EMDA黑洞对Dirac粒子和标量粒子的吸收截面
The second part of the word was named "hole" due to the fact that the actual hole, is where everything is absorbed and where the centre core presides.
黑洞之所以称为“洞”，这是因为在真正的洞穴中，万物都被吸收，而中心内核则作为主宰。
It is found that the entropy of this system is just 1/4 of the area of the external event horizon.
结果表明,这种黑洞的熵等于它外视界面积的1/4.
But contrary to popular myth, a black hole is not a cosmic vacuum cleaner.
与流行的神话相反，黑洞并不是宇宙中的真空吸尘器。
The black hole could then grow even stronger (from the star's mass) as to possibly absorb another.
吸收了恒星质量之后，黑洞进一步膨大，并有可能吞噬下一颗恒星。
To be “sucked” into a black hole, one has to cross inside the Schwarzschild radius.
物体要被“吸人”黑洞，必须要穿过希瓦兹凯尔德半径。
