1.
The Correlation Based Mid-Infrared Temperature and Emissivity Separation Algorithm
基于相关性的中红外温度与发射率分离算法
2.
The intensity and frequency distribution of the emitted rays are determined by the nature and temperature of the emitting surface;
所发射射线的强度和频率分布由发射表面的性质和温度决定;
3.
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
4.
The ratio of the radiation emitted by a surface to the radiation emitted by a blackbody at the same temperature.
发射率在同一温度下一表面发射的辐射量与一黑体发射的辐射量的比例
5.
Effect of Temperature and Emissivity of Aircraft Skin on Infrared Radiation Characteristics
飞行器表面温度和发射率分布对红外辐射特征的影响
6.
Preparation and Study of Infrared Radiation Coating with High Emissivity at High Temperature;
高温高发射率红外辐射涂层的制备与研究
7.
Emission Spectroscopy Diagnosis of the Electron Excited Temperature in Pulse Streamer Discharge
脉冲放电等离子体电子激发温度发射光谱诊断
8.
HE RULE AND CHARACTERISTICS OF CHANGE OF INFRARED RADIATION TEMPERATURE ALONG WITH STRESS OF ROCKS AND THEIR RELATION TO AE RATE
岩石红外辐射温度随岩石应力变化的规律和特征以及与声发射率的关系
9.
Spectroscopic Diagnostication of Transient Excitation and Radiation Temperature of Plasma
等离子体激发和辐射温度瞬态光谱测试方法
10.
The Effect of Hot Air on Paddy Drying and Germinating Rate;
热风温度对种子稻谷干燥速率与发芽率的影响
11.
temperature and humidity infrared radiometer
温度与湿度红外辐射计
12.
Temperature Rise Analysis and Simulation Research on Traveling Wave Induction Launcher;
行波感应发射器温升分析与仿真研究
13.
transmitter-receiver isolation
送受话器的隔离(度)，发射机与接收机的隔离
14.
Measurements of Emittance and Ion Species Fraction of Low-Energy High-Current Pulsed Ion Beams;
低能强流脉冲离子束的发射度与离子比测量
15.
The influence of the diameter of the absorber, wind speed and the emissivity of the absorber surface on the equilibrium temperature have been discussed.
讨论了吸收器直径、风速和吸收表面发射率对平衡温度的影响。
16.
A Thermal Infrared Temperature and Emissivity Inversion Algorithm Based on Correction of Wien Approximation
基于维恩近似修正的热红外温度和发射率反演算法
17.
Error Analysis of Retrieving Temperature and Pressure from Atmospheric Refractivity in GPS Occultation Data Inversion
GPS掩星数据反演中由大气折射率反演温度和气压的误差分析
18.
Influence of trajectory parameters on the coating temperature distribution in robotic plasma spraying
机器人等离子熔射路径参数对涂层温度分布影响