quasars的例句大全

Are the Pair of Quasars 1146+ 111B, C the Two Images of the Seventh Gravitational Lens System?

类星体对1146+111B，C是否为第七个引力透镜的像？

In an age of increasing specialization, she maintains a broad range of interests, from interstellar gas to quasars to dark matter, spanning both observation and theory.

在这个各领域越来越讲究专精的年代，她仍保持广泛的研究兴趣，从星际气体到类星体到暗物质，并且横跨了观测与理论的研究。

How can an uneducated man praise God for the wonders of crystallization or capillary attraction or metamorphosis or quasars or stalactites?

一个没有受过教育的人怎么能称赞如结晶体、毛细血管吸引、质变、钟乳石等上帝的奇迹呢？

Automated Recognition of Quasars Based on Adaptive Radial Basis Function Neural Networks

基于自适应径向基神经网络的类星体光谱自动识别方法

A statistical analysis of the emission and absorption lines of quasars

类星体发射线和吸收线的统计分析

The theory of the negative energy star with electricity of quasars

类星体的负能带电星体理论

Distribution of the Quasars in A Large Scale Space

类星体在大尺度上的分布

The scale of assessment; Distribution of the Quasars in A Large Scale Space

评价区域的空间尺度；类星体在大尺度上的分布

Taken together, the data paint a picture of how quasars form.

将数据综合起来就能够解释类星体形成的全过程。

The Contribution to γ-Ray Background From Radio Quiet Quasars

射电宁静类星体对γ射线背景的贡献

The distribution pattern of C. Spatial Clustering of Quasars

类星体空间成团分布

The radio properties of optically selected quasars: a radio loud sample

光学选射电噪类星体的射电性质

On the Correlation of Black Hole Spin and Radio Jet Radiation of Quasars

黑洞自转和类星体喷流射电辐射的相关性

The properties of X-ray radiation of quasars

类星体X射线辐射的性质

X-ray Emission of Quasars 1. Properties and Evolution of X-ray Luminosity

类星体的X射线辐射1.光度性质和演化

The distribution of absorption line redshifts of quasars and its origin

类星体吸收线红移的分布和它的起源

Polarization of Quasars: Electron and Resonant Line Scattering in the Broad Absorption Line Region

类星体宽吸收线区的共振与电子散射偏振

The Continuum Energy Distributions of Four PG Quasars and Their Infrared Radiative Mechanism

四个PG类星体的谱能结构与红外辐射机制

Some Properties of X-ray Selected Quasars

X射线选择类星体的一些性质

The new observations also suggest that quasars were more common in the early universe than previously thought.

新的发现还表明，在宇宙形成早期，类星体已经普遍存在，比之前科学家估计的数量要多得多。