内部结露 meaning in English
condensation within structure
Examples
- In previous research , the mathematical model of the pneumatic system was established to get the numerical solution of the pneumatic flow field state during charging and discharging process
以前的研究通过建立气动系统数学模型,计算出系统在充放气过程中的流场状态,再结合凝结理论和沉积理论,计算出系统的进水能力和排水能力,从而判别系统是否发生内部结露。 - Secondly , when the supply pressure is constant , experiments were carried out with different supply air dew - point and volume ratio of the system . then record the system whether occurring internal condensation or not as the experiment result
其次,当供气压力一定时,对不同容积比的气动系统,改变供气露点温度,进行大量实验,观察系统是否发生内部结露,记录实验结果。 - The condensation of vapor in pneumatic system , especially internal condensation , affect system ’ s performance and element ’ s life greatly , so it is important to determine the occurrence of condensation and prevent system from it
气动系统的结露尤其是内部结露对系统性能和元件寿命有很大的影响,所以正确判别内部结露的发生、提出防止内部结露的措施已成为一个重要的课题。 - With the numerical solution , an internal condensation critical curve can be calculated out by condensation theory and depositing theory , on the curve , the enter water ability equal to the out water ability , which can be used as the basis to determine the occurrence of internal condensation . but the result doesn ’ t coincide with the real completely . in this dissertation , we plan to get the critical curve by practical experiment results , because that the enter water ability only relates to the condensation density and the out water ability only relate to the volume ratio of the pneumatics system
然而由凝结理论和沉积理论得到的计算结果往往与实际有一定偏差,本课题希望通过实验的方法获得内部结露临界线,即系统进水能力和排水能力相等的曲线,由于系统的进水能力和充放气过程中凝结水滴密度有关,排水能力和系统容积比有关,可以通过大量实验总结出以凝结水滴密度和容积比表示的内部结露临界曲线,作为判别内部结露是否发生的依据。