1.
limb brightening of radio quiet Sun
宁静射电太阳临边增亮
2.
DISTRIBUTION OF THE SOLAR RADIO BRIGHTNESS TEMPERATURE AT 8.6mm WAVELENGTH
8．6毫米波段太阳射电亮度温度分布
3.
Certain regions of the lunar surface light up when the Sun shines on them.
月面某些部分在太阳照射时会增亮起来。
4.
DETERMINATION OF THE SOLAR RADIO BRIGHTNESS TEMPERATURE DISTRIBUTION AT 8.6MM WAVELENGTH BASED ON THE OBSERVATIONS OF THE ANNULAR SOLAR ECLIPSE
8.6毫米波段太阳射电亮温度分布的日环食测定
5.
a bright spot on the parhelic circle; caused by diffraction by ice crystals.
出现在太阳旁边的一个常常形成光亮的环的明亮光斑；是由于冰晶衍射造成的。
6.
The design principles of indium tin oxide film(ITO) to prevent lectrostatic discharge for optical solar reflector(OSR) are studied.
研究了光学太阳反射镜抗静电放电用氧化铟锡薄膜的设计原则 .
7.
My room faces south. Oh, it's really bright with the sun shining.
面朝南。太阳照射时屋里很亮。
8.
SNB (Sudden Brust of Solar Radio Noise)
太阳射电干扰突变脉冲
9.
solar radio dynamic spectrograph
太阳射电动态频谱仪
10.
back surface reflection and back surface field solar cell
背场背反射太阳电池
11.
The moon is rising calm and bright.
月亮宁静而光亮地升起。
12.
The Contribution toγ-Ray Background From Radio Quiet Quasars
射电宁静类星体对γ射线背景的贡献
13.
the quiescent level of centimeter wave-length solar radiation.
厘米波长的太阳辐射的静止水平。
14.
Low-angle winter sunlight penetration can give rise to glare.
冬季小入射角阳光的透射可以增加室内亮度。
15.
THE sun rose upon a tranquil world, and beamed down upon the peaceful village like a benediction.
太阳升起来，照在宁静的世界上，静静的村庄仿佛沐浴在圣光之中。
16.
Development and Test of A Operation Gain Amplifier with the Solar Radio Telescope at 15cm Wavelengths
15厘米太阳射电望远镜增益运算放大器的制作与调试
17.
Study on the process and properties of nano-porous SiO_2 anti-reflection film applied in the solar module
太阳电池组件上纳米多孔SiO_2减反射膜的制备和增透性能研究
18.
The lights grow brighter as the earth lurches away from the sun.
大地蹒跚着离开太阳，电灯显得更亮。