cosmic radio wave

The internal symmetry groups was found by Kinnersley in the Ernsts equation,In this paper we adopted the Harrisons transformation in groups and obtained exact expressions for the exterior metric field associated with Schwarzschild and Reissner-Nordstrom black holes in an electric universe.

运用Ernst方程内部对称群的Harrison变换 ,得到了E -M场方程的二个新的严格解 ,发现在电宇宙中的R -N度规仍是静态的 ,这与磁宇宙的结果不同。

Much data can be obtained by measuring the dispersion of cosmic radio waves passing near the sun.

测定穿过太阳附近的宇宙射电波的色散度也可以获得许多资料。

Effect of the cosmic microwave background Radiation to the flux of the Superhigh Energetic Cosmic Ray

宇宙微波背景辐射对超高能宇宙线流强的影响

radio telescope( apparatus for finding stars,tracking spacecraft,etc by means of radio waves from outer space)

射电望远镜（藉来自外层空间的无线电波发现星体、追踪宇宙飞船等）.

cosmic-ray charge composition detector

宇宙射线电荷组成探测器

The Shape of Cerenkov Light Front Wave on the Ground About Cosmic Gamma Ray Air Shower

宇宙γ射线大气簇射切仑科夫光波阵面的形状

The universe is bathed in a sea of radio waves.

宇宙浸泡在无线电波的海洋中。

Cosmic rays and X-rays produce energetic electrons by ionization.

宇宙射线和X射线因其电离作用产生高能电子。

The universe is bathed by an isotropic bath of microwave radiation.

整个宇宙存在着一个各向同性的微波幅射

An Approximate Analytic Formula for Polarization of Cosmic Microwave Background Radiation

宇宙微波背景辐射极化的近似解析公式

Millions of people saw Apollo 10 being counted down, on television.

许许多多的人在电视上看到宇宙火箭“阿波罗”10号发射时倒数计时的情景。

Altitude and latitude dependence of the dose rate of ionic component of cosmic radiation

宇宙辐射电离成分剂量率与高度和纬度的关系

The Possible Contribution of Mature γ-ray Pulsars to Cosmic-ray Positrons;

成熟γ-射线脉冲星对宇宙线正电子的贡献

The high homogeneity and isotropy shown in the cosmic microwave background (CMB) prove that the universe has been in existence for around 15 billion years.

微波背景辐射显示的宇宙高度的均匀性和各向同性说明，宇宙已经存在了约150亿年左右。

cosmic-ray neutron monitor

宇宙射线中子监测仪

cosmic-ray high energy physics

宇宙射线高能物理学

cosmic-ray intensity recorder

宇宙射线强度记录仪

cosmic radiation measuring or detecting instrument

宇宙射线测量或探测仪

The spaceship blasted off.

宇宙飞船发射上天了。