residual gas saturation 残余气饱和度
coefficient of residual gas 残余废气系数
residual gas spectrum 残余气体谱
residual gas pressure 残存瓦斯压力
residual gas treatment system 尾气处理系统
residual gas in vacuum 真空中剩余气体
residual gas life 剩余防毒时间
The peak of R&D movement of multi-layer insulation (MLI), the so-called“super insulation”, began in 1960s. However, due to the hardness of solving questions of interlayer solid heat conduction and residual gas conduction, the pace of research has been slowed.
被称为“超级绝热”的高真空多层绝热技术的研究热浪始于上个世纪六十年代。 此后,由于层间固体接触导热及残余气体传热等问题难以得到满意的解决,研究步伐开始逐渐放慢。
参考来源 - 高真空多层绝热中接触导热数值计算和实验研究By the experiment results,the pressure and residual gas elements of the evacuated collector were calculated,and the sources of the residual gas were analyzed,too.
计算、分析了集热管中的真空度以及残余气体成份,并对残余气体来源进行了分析。
参考来源 - 全玻璃真空太阳集热管真空度测量及残气分析·2,447,543篇论文数据，部分数据来源于NoteExpress
A century earlier, Henry Cavendish had noted the existence of a residual gas when oxygen and nitrogen are removed from air, but its importance had not been realized.
一个世纪前，亨利·卡文迪什注意到当空气中的氧气和氮气被除去，还有其他剩余气体存在，但人们还没有认识到它们的重要性。
To remove the residual gas in a container by pulling a vacuum on it.
通过抽真空排出容器的剩余气体。
It is shown that the recycling of residual gas can create great economic efficiency.
结果表明含氢尾气的回收可以创造极大的经济效益。
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