1.
3D Solid-fluid-heat Coupled Numerical Simulation in Exploitation of HDR;
高温岩体地热开发的固流热多场耦合与数值仿真
2.
Numerical Simulation Study of Exert and Longevity in Heat Extraction in HDR
高温岩体地热开采中出力与寿命的数值模拟研究
3.
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。
4.
Heat never flows spontaneously from a cooler to a hotter body.
热决不会自发地从低温物体流向高温物体。
5.
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。
6.
It is readily rendered visibly fluid by moderate heating.
把它加热到不太高的温度，就易明显地变成流体。
7.
Fever:abnormally high body temperature.
发热:不正常的高体温.
8.
Abnormally high body temperature.
发热不正常的高体温
9.
Shallow rock and soil energy storage combined with shallow geothermal energy-sustainable low temperature source of ground source heat pumps
浅层岩土蓄能加浅层地温能才是地源热泵可持续利用的低温热源
10.
Exergy analysis on geothermy-high temperature water-source heat pump heating system
地热-高温水源热泵供热系统的分析
11.
Investigation on thermodynamic properties of hightemperature heat transfer agent(Dowtherm)
高温载热体—导热姆热力学性质的研究
12.
In short, heat flows from the warmer to the cooler body.
总之，热总是从高温物体流向低温物体。
13.
The greatest dependence upon temperature is shown by rocks with high conductivities at room temperature e. g. salt.
在室温度下，高热导率岩类（如盐类）的热导率对温度的反应最大。
14.
Environmental Migration and Transformation of Fluoride from High-temperature Geothermal Fluid:A Case Study at Yangbajing,Tibet,China
高温地热流体来源氟在环境中的分布特征——以西藏羊八井热田为例
15.
Investigating on the Kinetics of Non-isothermal Pyrolysis of Daqing Oil Shale
松辽盆地北部油页岩非等温热解动力学研究
16.
All experimental investigations about the geothermal conditions are based on measurements of original rock temperatures.
有关地热条件的所有实验研究都是建立在测量原始岩体温度的基础上。
17.
Application of Foam Fluid Drilling Technology at OW904 UHT Geothermal Well in Kenya
泡沫流体钻井技术在肯尼亚OW904超高温地热井的应用
18.
Research on Synthesis of High Temperature-Resistant Materials with Al-CrO_3 System by SHS;
Al-CrO_3体系自蔓延高温合成耐高温隔热材料