temperature saturation的例句大全

pid control is often adopted for industrial process control; however, the saturation temperature is affected by several factors, such as the steam pressure in drum and the gas-amount of blast.

常规的饱和温度控制采用PID控制来调节蒸汽阀门的开度，但是饱和温度不仅受到阀门开度的影响，同时还受到汽包内蒸汽压力、鼓风量的影响。

these numerical results can be used to guide the design and manufacture of devices based on dielectric elastomers and electrocaloric materials with variable ambient temperature. finally, the constitutive relation and stability of dielectric elastomers undergoing polarization saturation has been discussed.

数值结果可以指导介电弹性体和电热材料变温应用器件的设计和制造。最后，探讨经历极化饱和的介电弹性体的本构关系和稳定性。

Saturation and aromatics affect the ductility of asphalt at low temperature.

饱和烃和芳香烃影响沥青的低温延度和粘结性.

Calculates the saturation pressure of water based on input of Celcius Temperature.

计算出的水饱和压力的基础上投入摄氏温度.

The dew point is the highest temperature to which the air cools to saturation moisture content.

露点是空气降温到含水量饱和的(最高)温度.

The Curie temperature and saturation magnetization increase with the Fe content.

居里温度和饱和磁化强度都随着Fe含量的增加而增高.

However, the water temperature is 20 degrees below, the saturation vapor pressure is negligible.

但是, 水温为20摄氏度以下时,水泵, 饱和蒸汽压力可疏忽不计.

However, the water temperature is 20 degrees below, the saturation vapor pressure negligible.

但是, 水温为20摄氏度以下时, 饱和蒸汽压力可忽略不计.

The N2 absorption-desorption isotherm of the samples at liquid nitrogen temperature ( 78K) and gas saturation vapor tension range are measured by ASAP 2010 static volumetric absorption analyzer.

样品的N2的吸附-脱附等温线采用静态表面吸附仪在液氮温度下（78K）在气体饱和蒸气压力范围内测试。

Analyses the reasons influenced gas producer aerogenesis ratio, points out that it it a basis method raised ratio to reduce saturation temperature, lengthen reaction times, ensure producer conditions stable and aerify reaction complete.

对影响发生炉气化效率的原因进行了分析，指出降低饱和温度，延长反应时间，确保炉况稳定，保证气化反应完全是提高发生炉气化率的根本方法。

The saturation vapor pressures in natural brine system were measured at the different temperature of 12 1 to 60.5 ℃. The experimental data were correlated by Clausius-Clapeyron equation and water activities were calculated.

在温度12.1～60.5℃范围内测定了地下卤水体系的饱和蒸汽压，并采用Clausius-Clapeyron方程进行关联，计算水活度；