1.
Comparison Among Computational Methods for Atmospheric Longwave Radiation Above Sea Surface in the Southern Yellow Sea
南黄海海面大气长波辐射计算方法的比较
2.
DETERMINATION OF ATMOSPHERIC PRECIPITABLE WATER AND HUMIDITY PROFILES BY A GROUND-BASED 1.35 CM RADIOMETER
用1.35厘米波长地面微波辐射计探测大气中水汽总量及分布
3.
Real-time inversion algorithm of multi-wavelength atmospheric transmissivity for aerial target infrared radiation
空中目标红外辐射多波长大气透过率实时反演算法
4.
Radiative scattering depends on the particle size in relation to the wavelength of light scattered.
辐射散射取决于与散射光波长有关的粒子大
5.
Long-Wave-Radiation Patterns prior to the Wenchuan M8.0 Earthquake
汶川8.0级大地震的长波辐射征象
6.
Electromagnetic radiation of any wavelength.
光任何波长的电磁辐射
7.
Atmospheric radiation transmission character for fire detection in medium infrared spectrum
中波红外火情遥感的大气辐射传输特性
8.
Retrieving atmosphere profiles by microwave radiometer based on RVM
微波辐射计探测大气剖面的相关向量机算法
9.
Infrared radiation has wavelengths longer than those of visible light.
红外辐射的波长比可见光的波长长。
10.
Parameterization of Outgoing Surface Long-wave Radiation Based on Surface Air Temperature
一种基于地面气温的地表出射长波辐射的计算方案
11.
Increased cloud also blocks the atmospheric window and returns additional long-wave radiation to the ground.
云的增加对大气窗区也起着屏蔽作用，因而使额外的长波辐射返回地面。
12.
TCRA (Twin Channel Radiometer Amplifier)
双波道辐射仪放大器
13.
This radiator has, for any wavelength and any direction, the maximum spectral concentration of radiance at a given temperature.
在给定温度下，对于所有波长和入射方向黑体辐射功率最大。
14.
Simulation of Dust Aerosol Longwave Radiative Effect and Its Influence on Atmospheric Boundary Layer Using Lidar Measurements;
利用激光雷达资料模拟沙尘气溶胶长波辐射效应及其边界层影响
15.
We distinguish ultrashort, short, medium, and long waves.
我们将其分为超短波，短波、中波和长波辐射。
16.
a maser in which microwave radiation interacts with gas molecules.
微波辐射和空气分子互相作用的微波发射器。
17.
The Impacts of Radiative Effects of Atmospheric Aerosol on Primary Crops' Growth in the Yangtze Delta Region;
大气气溶胶辐射效应对长江三角洲地区主要作物生产的影响
18.
VHF Doppler Radar Observations of Buoyancy Waves Associated with Thunderstorms, 1984 J.Atm.Sci.
雷达和微波辐射计测雨特性比较及其联合应用，1980年大气科学。