1) Vapor pressure
蒸发压
1.
The formulas of heat of vaporization and vapor pressure are derived, for the Einstein and Debye solid model.
用固体的Einstein模型与Debye模型分别导出了相应模型的固气相变的蒸发热和蒸发压公式,并对其做了数值计算。
2) vacuum evaporation
负压蒸发
1.
Leachate from refuse storage pit(LRSP) of a municipal solid waste incinerator(MSWI) located in Shanghai was treated by vacuum evaporation process.
采用负压蒸发法处理上海市某大型生活垃圾焚烧发电厂贮坑沥滤液,实验研究了沥滤液蒸发过程中冷凝液组分的变化特征。
2.
Miscella vacuum evaporation technology is that the first evaporator,the second evaporator and stripping column are operated in vacuum,and the second steam is as the heating soruce of first evaporator.
浸出毛油的品质随着加热温度的升高和时间的延长显著降低,混合油负压蒸发工艺是使一蒸、二蒸、汽提在负压状态下操作,同时,利用蒸脱机的二次蒸汽作为一蒸的热量来源。
3.
In the process of the miscella vacuum evaporation,different content of moist defatted soy meal and fluctuation of pressure can result in low vacuum and high temperature in cooling water circulation system.
应用混合油负压蒸发 ,存在DTDC因不同含溶量的脱脂豆粕脱溶、DTDC内部出现压力波动导致蒸发系统负压下降、循环冷却水温度高的现象。
3) vacuum evaporation
减压蒸发
1.
Normal evaporation,vacuum evaporation and gas-carrying evaporation were adopted for treatment of old landfill leachate with different pH values.
采用常规蒸发、减压蒸发和载气蒸发处理不同pH值的“老龄期”渗滤液。
4) atmospheric evaporation
常压蒸发
5) evaporating pressure
蒸发压力
1.
Based on the various environments of ocean voyages,the impact on refrigeration plant′s economy is analyzed with elements as evaporating pressure and condensing pressure.
结合远洋船舶工作环境多变的特点,分析了蒸发压力、冷凝压力对制冷装置经济性的影响,并对影响蒸发压力、冷凝压力的主要因素进行了详细阐述,为更好地管理制冷装置、保持制冷装置运行经济性提供了理论依据。
2.
It presents that the ratio of the condensing pressure to the evaporating pressure may turn out the instruction of the system s defrosting control.
针对于恒温恒湿系统的除霜最佳时刻的研究,提出了在定户外温湿度、变室内温湿度状况下使用蒸发器表面上的霜面积达到蒸发器总换热面积的75％时冷凝与蒸发压力的比值作为对机组除霜指令发出的基准。
3.
Two major factors, the circulating mass of refrigerant and the cooling load, which influence on the evaporating pressure of vapor compression refrigeration cycle were analyzed thermodynamically in this paper.
对影响蒸汽压缩制冷循环蒸发压力的制冷剂循环量和冷负荷两个主要因素进行了热力学分析,推导出蒸发压力随制冷剂循环量及冷负荷变化规律的计算式,并结合实例比较了两者对蒸发压力的影响程度。
6) compression with evaporation
蒸发压缩
补充资料：分压蒸发法
分子式：
CAS号：
性质： 固碱的制造方法之一。将烧碱液与煤油(沸点230℃)混合后，通进过热蒸汽蒸发，煤油蒸气带水蒸出，而余液中即有氢氧化钠细晶体析出。经离心过滤，石油醚洗涤，在80℃下干燥，即得细晶体的固体烧碱。该法热效率高，操作连续，煤油可以回收再用，唯成品中稍有微量煤油(0.1％以下)除不掉，影响品质。
CAS号：
性质： 固碱的制造方法之一。将烧碱液与煤油(沸点230℃)混合后，通进过热蒸汽蒸发，煤油蒸气带水蒸出，而余液中即有氢氧化钠细晶体析出。经离心过滤，石油醚洗涤，在80℃下干燥，即得细晶体的固体烧碱。该法热效率高，操作连续，煤油可以回收再用，唯成品中稍有微量煤油(0.1％以下)除不掉，影响品质。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条