1.
Many quasars radiate as much power as100 trillion suns.
许多类星体辐射的功率就如100兆个太阳那般强。
2.
satellite actinometry
卫星辐射测量（学）
3.
The stars are radiators of vast power.
恒星是巨大能量的辐射体。
4.
Integration algorithm of emitter position based on satellites direction-finding systems
基于星载测向体制的辐射源定位融合算法
5.
satellite antenna radiation patter
卫星天线辐射方向图
6.
satellite infrared radiation spectrometer (SIRS)
卫星红外辐射光谱仪
7.
satellite infrared spectroratiometer
星载红外光谱辐射计
8.
meteosat dual-channel radiometer
气象卫星双信道辐射计
9.
stationary radiant
固定辐射点 -流星群
10.
Study on Measurement of Radio Emission from Interplanetary High Density Plasma Clouds Induced by ICMEs;
ICMEs导致的行星际高密度等离子体云射电辐射测量方法
11.
Cerenkov Line-like Radiation and the Origin of Broad Lines in Quasars
切仑科夫线状辐射与类星体的宽发射线起源探讨
12.
These basic system are referred to as radiating, harp, fan, and star systems.
这些基本体系归类为：辐射形，竖琴形、扇形和星形体系。
13.
isotropic radiator
各向同性辐射体;全方位辐射器;全向辐射器
14.
THE EFFECT OF RADIATION FROM COLD GRAINS EXISTING IN EXTRAGALAXIES ON CMB
河外星际尘埃辐射对微波背景辐射的影响
15.
Interstellar gas clouds frequently collide and convert their kinetic energy into shock waves and radiation.
星际气体云经常在碰撞间将动能传给冲击波和辐射。
16.
The solar radiation striking Earth or another planet.
日射到达地球或其他行星的太阳辐射
17.
Researches on Gamma-ray Emission Mechanism in Active Galactic Nuclei;
活动星系核的伽玛射线辐射机制研究
18.
But calculations indicated that fields of interstellar gas would have dissipated a supernova's radiation and blunted its impact.
但计算显示,星际间的气体可能驱散了超新星的辐射并减弱了其作用。