1.
Development of Real-time Monitoring System for Rotor s Radial Deformation at High Temperature;
高温状态下转子径向变形量实时监测系统研制
2.
Grneisen parameter and high temperature and high pressure equation of state for aluminum
Grneisen系数与铝的高温高压状态方程
3.
Thus, a very high temperature keeps the iron in a molten state.
这样，高温就使得铁保持熔化状态。
4.
The High Pressure Structure and Isothermal Equation of State of NiO up to 67 GPa
NiO的高压结构和等温状态方程研究
5.
Many-Body Correlations among Helium Atoms & Equation of State of Condensed Helium at High Density and High Temperature;
高温高密度状态下氦原子间多体相互作用与状态方程研究
6.
Effect of water and fertilizer coupling on ecological characters of Festuca arundinaceaunder heat stress
高温胁迫下水肥耦合对高羊茅生态性状的影响
7.
AN ISOTHERMAL EQUATION OF STATE FOR SOLIDS (Ⅲ)--STABILITY OF THE MATERIAL UNDER HIGH PRESSURE
一个等温状态方程(Ⅲ)——高压下材料的稳定性
8.
Effective under wide fluctuations of temperature and pressure.
在温度压力大幅波动状态下，保持高效性。
9.
An abnormally high condition of body heat caused by illness; a fever.
发烧：由疾病引起的体温非正常升高的状态；发烧。
10.
X-ray Digital Image Test Technology of High Temperature Melts Interface State;
高温熔体界面状态的X射线数字图像检测技术
11.
The Thermodynamical Function of Arbitrary Dimensional Harmonic System in Weak Degeneration of High Temperature with Classical;
谐振子在高温弱简并和经典情况下的状态函数
12.
Residual stresses under different surface conditions of GH4049 superalloy
GH4049高温合金在表面不同状态下的残余应力
13.
Structural Transformation of SiO_2 with Different Initial States under High Temperature and High Pressure
不同初始状态的SiO_2在高温高压下的结构转变研究
14.
Modified PR Equation of State for Calculation of Thermodynamic Properties of Humid Air at Elevated Temperature and Pressure
用改进的PR状态方程研究高温高压湿空气的热物性
15.
Effect of State Equation on Numerical Simulation of Fuel Droplet Evaporation at High Temperature and High Pressure
状态方程对高温高压条件下燃料液滴蒸发计算的影响
16.
Ab initio simulation on thermodynamic equation of state of fcc aluminum under high temperature and pressure
从头算方法研究面心立方铝在高温高压下的热力学状态方程
17.
high temperature-pressure beck
高温高压绳状染色机
18.
The increase in temperature influences the physical behaviour of the waste and the surrounding rocks and must, therefore, be kept under control.
温度的升高会影响废料以及围岩的物理状态，因此必须使之保持受控状态。