气体温度上升致使气体膨胀。
A rise in the temperature of the gas results in its expansion.
仅仅依赖于气体温度。
本文介绍了作者研制的瞬态气体温度传感器。
This paper presents the self - made transient gas temperature transducer.
显然，气体温度计既能定义温度，也能测量温度。
It is obvious that the gas thermometer should be able to measure as well as define temperature.
同时爆生气体温度较高，容易引起瓦斯和煤尘爆炸。
At the same time, the high temperature of blasting gas can causing gas and coal dust explosion.
激光器毛细管内的气体温度影响激光器的输出功率。
Gas temperature in the capillary affects power of the laser.
当液氧蒸发时，产生的气体温度很低，并比空气轻。
When liquid oxygen evaporates the gas produced is very cold and so is much heavier than air.
当气体温度升高时，不是其压力增加就是其体积增大。
When the temperature of a gas is raised, then either the pressure must go up or the volume must go up.
本文介绍了气体温度和压力对热线支架传热损失的影响。
This paper presents the influence on the heat loss to hot-wire supports from temperature and ptrssure of gas.
工作气体温度降低，激光输出波长向短波长的方向移动。
In addition, the laser′s wavelength-temperature shift occurs merely within the 10P branch no matter what ranges the temperature varies.
考虑到气体温度变化，给出了对校准压力进行温度修正的方法。
It deduced the way to do the temperature corrections in calculating calibration pressure when considering the gas temperature change.
当气体从高压到低压在等熵下膨胀时所产生的气体温度的变化。
The change in gas temperature that occurs when the gas is expanded at constant enthalpy from a high to low pressure.
在自控工程计算中气体温度、压力补偿及常用单位换算是重要的。
Because different units are used in the calculation carried out in China and that carried out outside of China, the unit conversion, which may affect the calculation, is necessary.
定量地给出了气体温度与放电功率、热容量流和气流速度的关系式。
A simple expression, which relates the temperature rise to the gas speed, the heat capacity flow rat...
定量地给出了气体温度与放电功率、热容量流和气流速度的关系式。
A simple expression, which relates the temperature rise to the gas speed, the heat capac...
定量地给出了气体温度与放电功率、热容量流和气流速度的关系式。
A simple expression, which relates the temperature rise to the gas speed, the heat capacity flow rate and THS discharge powe...
在静止气体或非常慢速流动下，小信号增益分布取决于气体温度的分布；
Under static or very slow gas flow, small signal gain distribution depends on temperature distribution in the discharge channel.
实验发现弧根和弧梢处的气体温度相等，并随着气体流量的增大而下降。
It was found that the gas temperatures at arc root and arc tip are equal and they decrease with the argon flow rate increasing.
选择了冷、热、任意时刻及特殊工况进行气球的蒙皮和内部气体温度计算。
The temperature distribution of the balloons at several cases, such as warm, cold, any location and special condition, are simulated.
由于燃烧使气体温度升高体积膨胀产生的推力对流场有很大影响，是不能忽略的。
The force caused by combustion air volume expanding has great effect on turbulent flow, and it couldn't be ignored.
毕竟，涡轮机转换成电力的能量是由气体的热量提供的，气体温度越低，发电量越小。
It is the thermal energy of the gas, after all, that the turbine converts into electricity, so the colder the gas, the lower the yield.
介绍了温度测量及调制吸收光谱技术原理，分析了调制幅度对气体温度测量的影响。
Temperature measurement principle and modulation absorption spectroscopy were introduced, and the influence of modulation amplitude on gas temperature measurement was analyzed.
好，下次我们，会讲一种好得多的温标，关于理想气体温度计，和开氏温标的导出。
All right, next time we're going to talk about a much better scale, which is the ideal gas thermometer and how we get to the Kelvin scale.
航空发动机控制系统半物理模拟试验中，涡轮出口气体温度高、变化快，难以模拟。
In the matter - in - loop simulation experiment of aero - engine control system, the turbine outlet temperature, which characteristics with high and quick change , is hard to be simulated.
这两种流动都表明，吸积盘的高温区域都位于过渡区中，而外部区域中气体温度不高。
Both flows show that the high temperature gas in the accretion disk locates in the transition region, and the temperature of gas in the exterior region of accretion disk is not high.
发现气体吸附量与气体温度、蒸汽压、气体分子偶极矩、样品纯度、矿物结晶度有关；
The sorptive capacity was found related to temperature and pressure of vapors, dipole moments of vapor molecules, purity of the samples, the crystallinity of the minerals;
作为一个应用实例，测试了某截面上的气体温度分布，并与热电偶测量的值进行了比较。
As an example, the method has been used to reconstruct the hot gas temperature fields, and the results are compared with thermocouple measurements.
研究了腔牵引效应、微波功率频移、光频移和缓冲气体温度系数对铷频标输出频率的影响。
The cavity pull effect, microwave power shift, light shift and temperature coefficient which mostly influence the performance of RAFS are studied.
取而代之的作法是用理想气体温度计精确地测量分布于较宽温度范围内的几个定点的温度值。
What is done instead is to use the ideal-gas thermometer to determine accurate values for several fixed points that cover a wide temperature range.
取而代之的作法是用理想气体温度计精确地测量分布于较宽温度范围内的几个定点的温度值。
What is done instead is to use the ideal-gas thermometer to determine accurate values for several fixed points that cover a wide temperature range.
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