1.
Standard emitters are conventionally high-temperature cavity radiators.
标准发射体通常是高温辐射腔。
2.
This burner is designed for high temperature radiation from the burner block.
该炉头设计为从炉头砖高温辐射。
3.
Classification Recognition Method of High-temperature Radiation Image with Various Interferences
多干扰高温辐射体图像目标的分类识别方法
4.
Pyrometers, radiometers, bolometers are used for determining heat radiation and have applications for measuring the surface temperature of hot lavas.
高温计、辐射计、辐射热测量仪用来测定热辐射和热岩熔的表面温度。
5.
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
6.
Study on Mechanism and Technology of High-temperature and Lowering Temperature Drying of Pinus Radiata Board;
辐射松板材高温及降温干燥机理及工艺的研究
7.
The higher the temperature of an emitting body, the faster it radiates infrared energy.
一个辐射体的温度越高，它辐射红外线能量就越快。
8.
mean radiant temperature
平均辐射温度 平均辐射温度
9.
A Study on the Calculation Softwar for Radiation Properties of High Temperature and High Speed Flow Field;
高温高速流场光辐射特性计算软件的研制
10.
Heat transfer by radiation must also be considered in rocks at very high temperatures.
如果岩体的温度很高，辐射传热也必须予以考虑。
11.
Partial radiation pyrometers are sensitive to narrow selective wavebands.
部分辐射高温计在窄的选择波段上是灵敏的。
12.
Investigation on the Performance of an HTS Microstrip Antenna
高温超导圆极化微带天线辐射性能的研究
13.
Study of the Digitization in Terms of the Temperature Field of Radiation Image in the Tuyere and Raceway of Blast Furnace;
高炉风口回旋区辐射图像温度场的数字化研究
14.
Research on Radiation Signatures and Size Distribution of Particles under High-Temperature;
高温粒子辐射特性测试与粒径分布研究
15.
Influence of the Multipole Effects to the Opacity of Hot and Dense Plasmas;
高温稠密等离子体辐射不透明度的多极效应
16.
Computed the Infrared Radiated Characteristic of the Hyperthermal Multi-phase Flowing Combustion;
超高温多相流燃烧物质红外辐射特性的计算
17.
Combined Wide-Narrow Band CK Model for Radiative Heat Transfer of the Combustion Gas at High Temperature
高温燃气辐射合并宽窄谱带K分布模型
18.
Effect of solar radiation on heat transfer of high temperature heat pipe solar power receiver
太阳辐射对高温热管接收器传热的影响