1.
Equation of State of Liquid CO+N_2 Mixed Samples under High-temperature and High-pressure;
高温高压条件下混合液样CO+N_2物态方程研究
2.
Dynamic Extremum Response to High Temperature and Pressure for a Riser;
高温高压条件下海洋立管的动态极值响应研究
3.
Research on Growth Interface of Diamond Crystal under the High Pressure and Temperature Environment;
高温高压条件下金刚石单晶生长界面的研究
4.
RESEARCH ON GRANITE CUTTING AND BREAKING TEST UNDER CONDITIONS OF HIGH TEMPERATURE AND HIGH PRESSURE
高温高压条件下花岗岩切削破碎试验研究
5.
Prediction Model of Equivalent Drilling Fluid Density at High Temperature and High Pressure
高温高压条件下钻井液当量静态密度预测模型
6.
Foam stability evaluation of foam agent DP-4 on high temperature and pressure
高温高压条件下DP-4泡沫剂的稳定性能评价
7.
Investigation of Structural Stability of Mesoporous Material MCM-41 under High Temperature and High Pressure;
高温高压条件下介孔材料MCM-41结构稳定性的研究
8.
Decomposition reaction of lipo-alkaloids in Kusnezoff Monkshood root under high temperature and pressure
草乌中脂类生物碱在高温高压条件下的分解反应
9.
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
10.
An experimental study of the characteristics of diorite melt composition under different degree of melting
高温高压条件下闪长岩部分熔融产物的反常现象
11.
Using closed systems in which samples are directly heated by microwaves allows decomposition at extremely high pressures and at temperatures considerably higher than the boiling point of the reagents used.
采用完全密封系统微波直接加热样品,在高温高压条件下进行消解,该环境远远高于试剂沸点。
12.
Starch and solvent are solved and kiered under the conditions of high temperature and high pressure in a sealed vesssl forming even and stable size.
浆料与溶剂在密封的容器中,在高温高压条件下进行溶解和调煮成均匀稳定的浆液。
13.
Specification for high temperature/low air pressure test chambers
GB/T10591-1989高温/低气压试验箱技术条件
14.
An Experimental Study of Limestone Dissolution at High Temperature and High Pressure in Liquid-Flow Reaction Set;
高温高压流动条件下灰岩溶解实验研究
15.
STUDY OF CRITICAL CONDITION OF BOREHOLE INSTABILITY IN GRANITE UNDER HIGH TEMPERATURE AND HIGH PRESSURE
高温高压下花岗岩中钻孔变形失稳临界条件研究
16.
Three-Body Interactions and Shock Compression Properties of Condensed Nitrogen
高温高密度条件下氮分子三体关联效应与冲击压缩特性
17.
Avoid conditions that can result in high temperatures, such as adiabatic compression, from the rapid pressurization of a system.
避免可能导致来自系统迅速加压的高温的条件，如绝热压缩。
18.
Thermo-hydrodynamic Analysis of Herringbone Grooved Journal Bearings
高速硬盘螺旋槽动压滑动轴承变温条件下的动力学特性