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1·Also, the mechanism of this process has been analyzed with the concept of interfacial vaporization heat sink.

本文还运用“界面汽化热阱”概念对传热机理进行了分析。

2·It shows that the new equations of vaporization heat herein are well suited to describe the property of vapor liquid phase change.

表明此新气化热方程非常适合于描述气液相变化的特性。

3·The boiling hysteresis mechanism has been analyzed on the base of the interfacial vaporization heat sink effect and the change in activation way of boiling nuclei.

另外，依据泡核激活机制的转变并结合界面汽化热阱效应对沸腾滞后进行机理分析。

4·The experimental results show that in the pool nucleate boiling process the effect of interfacial vaporization heat sink obviously increases with the heat transfer flux.

实验结果表明，沸腾时，“界面汽化热阱”效应随热流率的提高而显著增大。

5·The heat of vaporization is actually temperature dependent.

实际上，汽化热与温度有关。

6·In the condenser, which is a large surface-type heat exchanger, the steam is condensed by transferring its latent heat of vaporization to the cooling water (CW).

凝汽器是一个大型的表面式换热器，在凝汽器中，蒸汽通过把它的汽化潜热传递给冷却水(CW)来得以冷却。

7·A relation between the saturated vapor pressure and the heat of vaporization for pure liquids has been derived by statistical thermodynamic method.

本文用统计热力学方法导得了液体饱和蒸气压与蒸发热间的关系式。

8·A feedforward neural network was used to predict functional relationship of temperature with steam pressure and heat of vaporization of the pure material.

用前向神经网络，对纯物质的蒸气压和汽化热与温度的函数关系进行预测。

9·Heat release's response to the pressure oscillation is different from the vaporization rate. Moreover, its response to pressure oscillations is obvious.

煤油蒸汽的消耗速率对压力振荡的响应不同于蒸发速率的响应，热量释放对压力振荡也具有明显的响应。

10·Since heat leak is always present, vaporization takes place continuously.

由于热泄露总是存在，蒸发不断地发生。