1.
ULTRASONIC VELOCITY AND ATTENUATION COEFFICIENT, DENSITY AND ADIABATIC COMPRESSIBILITY OF PETROLEUM ETHER UNDER HIGH HYDROSTATIC PRESSURE
石油醚在流体静高压下的超声声速、衰减、密度和绝热压缩系数
2.
Determination of the Index and Temperature of the Adiabatic Compression Process for Real Gases
实际气体绝热压缩过程指数及终温的确定
3.
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。
4.
testing method for compressive strength of insulating fire bricks
绝热耐火砖耐压缩强度试验方法
5.
Adiabatic Pulse Compression in Dispersion Decreasing Fibers
色散渐减光纤中的绝热脉冲压缩研究
6.
Measurement and Validation of Coefficient of Thermal Expansion of Graphite IG-110 under Compressive Stress
压缩应力下石墨IG-110热膨胀系数的测量及验证
7.
Based on the adiabatic compression theory,adiabatic pulse compression using the nonlinearity-increasing fiber is suggested and investigated.
从脉冲绝热压缩的理论出发,提出一种利用非线性递增光纤实现脉冲绝热压缩的新方案。
8.
Adiabatic pulse compression using the silicon-based high nonlinearity-increasing fiber;
硅基高非线性递增光纤的绝热脉冲压缩研究
9.
Thermodynamical Analysis on Unsteady-StageConditions of Piston Compressors─The Adiabatic Suction and Isothermal Discharge Model
活塞式压缩机的变工况的热力学分析──绝热吸气、等温排气模型
10.
testing method for thermal conductivity of insulating firebrick
绝热耐火砖导热系数测定方法
11.
COMPRESSION REFRIGERATION SYSTEM POWERED BY WIND TURBINE
风力驱动压缩制冷(制热)系统的研究
12.
Compound system of heat pump air-conditioning and refrigerator with two-stage compression
两级压缩式热泵空调与冰箱复合系统
13.
Hot Compression Behavior of CuNiSi Series Alloy
CuNiSi系合金热压缩行为研究
14.
ARC is used to record battery internal temperature, pressure and function relationship between self-discharge thermal rate and time under adiabatic condition.
使用该设备,在绝热条件下记录电池内的温度、压力及自放热速率和时间的函数关系。
15.
Study on Two-stage Compression Air-source Heat Pump Water Heater System;
双级压缩空气源热泵热水器系统的研究
16.
DISCUSSION ON REAL-TIME DATA COMPRESSION BASED ON RELATION DATABASE
基于关系数据库的实时数据压缩探讨
17.
electric insulating compressed asbestos fibre
电绝缘压缩石棉纤维
18.
the coefficient of performance (COP) of vapor-compression systems are improved by 11.78% and 16. 38%;
压缩系统性能系数分别提高了11．78％和16．38％;