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- Pulsars: Neutron Stars or Strange Stars? 脉冲星是中子星还是奇异星?
- Hubble sees a neutron star all alone in space. 由哈勃望远镜在太空中观测到的一颗孤单的中子星。
- But why would a neutron star behave like this? 可是为什麽中子星会有这种行为呢?
- Are some known neutron stars actually strange stars? 一些已知的中子星会否就是奇异星?
- Does a neutron star represent the ultimate in compression? 中子星是压缩的最终产物吗?
- A sudden change in the period of rotation of a neutron star. 中子星旋转周期的突然变化
- There also have gamma-rays emitting from black holes and neutron stars. 同样,黑洞和中于星也能够释放出v射线。
- Neutron superfluid vertex in neutron stars is discussed in this paper. 摘要讨论了中子星内中子超流涡旋。
- Neutron stars are the second exhibit in the gallery of stellar corpses. 中子星是死之恒星陈列馆内第二类样品。
- The properties of neutron stars are investigated in the frame work of RMF. 利用我们改进的相对论平均场理论对中子星的性质进行了深入研究。
- The strong gravitational field of a neutron star provides the answer. 中子星的超强引力提供了最佳的解答。
- Supernovae remnants can leave behind pulsars or spinning neutron stars that may produce gravitational waves. 超新星遗迹中可能还存留有脉冲星或自旋中子星,而这些都会产生引力波。
- The most plausible hypothesis is that the short-duration bursts arise from a merger of two neutron stars. 最可能的假说认为,短爆是由两个中子星合并而引起的。
- X-ray flashes had previously been detected from some neutron stars, but they never exceeded the Eddington limit by very much. 以往天文学家就曾观测到过从中子星发出来的X射线闪光,但其亮度从来不会超过艾丁顿上限太多。
- The former happen when an old neutron star spirals to its death in a preexisting black hole. 在一颗老迈的中子星渐渐死亡,落入一个业已存在的黑洞中时,前一种情况也就发生了。
- One ramification of our calculations is that radio pulsars are neutron stars in which the large-scale dynamo has failed to operate. 从我们的计算中,还可以附带得到一点:无线电波霎正是无法形成大尺度发电机的中子星。
- The bright source at the center of the image is presumed to be a neutron star created during the supernova. 图片中心的明亮辐射源据信是超新星爆发过程中产生的中子星。
- In theory, the first step toward producing a millisecond pulsar is the formation of a neutron star when a massive star goes supernova. 理论上,形成一颗毫秒脉冲星的第一步,是一个大质量恒星在成为超新星而爆发后留下的中子星。
- Astronomers knew several examples of neutron stars that lie within supernova remnants. 天文学家早就知道好些个位在不同超新星残骸里的中子星。
- Once the mass is found, it can be determined if the candidate is a neutron star or a black hole. 一旦获得了质量,就可以判断这个候选体是中子星还是黑洞。