1.
pressure-volume-temperature relations
压力-容积-温度关系
2.
P-V-T-t technique
压力-容积-温度-时间法
3.
The parameters mean the evaporation capacity or the volume, pressure, and temperature.
介质参数是指蒸发量或容积、压力、温度。
4.
Pressure varies directly with temperature and inversely with volume.
压力随温度成正比例变化, 与容积成反比例变化。
5.
pressure-volume-temperature relation
压力－体积－温度关系
6.
pressure-volume diagram
压容图,压力容积曲线图
7.
1. At constant temperature the volume of a gas varies inversely as the pressure.
温度不变时,气体的体积与压力成反比。
8.
insulated capacity
保温能力隔离舱容积
9.
at constant temperature, the pressure of a gas is inversely proportional to its volume.
温度不变，则气体压力和其体积成反比例。
10.
3. The pressure of a gas is inversely proportional to its volume, if its temperature is kept constant.
如果温度保持不变,则气体压力和其体积成反比。
11.
measures temperature by changes in the pressure of a gas kept at constant volume.
通过改变气体压力保持一定体积来测量温度。
12.
linear pressure-volume approximation
压(力)容(积)线性近似关系
13.
(chemistry) evaporating readily at normal temperatures and pressures.
（化学）在正常的温度和压力下容易蒸发的。
14.
The Research on Annealing Stove of Pressure Vessel Temperature Control System with Fuzzy-PID Control;
压力容器退火炉模糊PID温度控制系统的研究
15.
Measurement of surface temperature and pressure of thin-walled vessels based on Rayleigh wave
基于Rayleigh波的薄壁容器温度与压力测量方法
16.
Calculation model of HV power capacitor internal hottest-spot temperature
高压电力电容器内部最热点温度的计算模型
17.
bulb(of filled system thermometer)
（压力式温度计的）温包
18.
normal pressure and temperature
额定压力及温度正常压力和温度