1) pressurized condensation
升压冷凝
1.
However ,about 58% of C3H6 and C3H8 remain in the exhaust from the pressurized condensation process.
对大连石化聚丙烯装置尾气排放和回收现状进行了分析,通过对全厂尾气排放管网进行优化设置,把全厂尾气中的可回收气体(主要是丙烯、丙烷等有机蒸气)和不可回收气体(主要是氮气、乙烷等不凝气)分开排放,可回收气体排入气柜,尾气升压冷凝回收后,有机蒸气回收率为89。
2) sublimation-condensation region
升华冷凝区
1.
The results show that the saturation of ice in sublimation-condensation region would decrease greatly during the microwave freeze dryi.
通过与不考虑升华冷凝区相比较，表明升华冷凝区的存在不可忽略。
3) sublimation from the frozen state
冷凝态升华
4) condensing pressure
冷凝压力
1.
Relationship between choking flow characteristics and condensing pressure in electronic expansion valve
电子膨胀阀壅塞特性与冷凝压力的关系
2.
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。
3.
By analyzing the parameter of PID function module SFB41 in the SIMATIC Step-7 programming software and combining special characteristic of cold-watr unit s control system,the improvement of various digital PID control arithmetic and the optimize control to the condensing pressure are realized.
通过对SIMATICStep-7编程软件中PID功能模块SFB41的参数分析与设定,并结合冷水机组控制系统的固有特点来实现多种数字PID控制算法的改进和冷凝压力的优化控制。
5) condensation pressure drop
冷凝压降
1.
Forced convection condensation pressure drops were experimentally determined for a horizontal micro-fin tube (2m length, 11.
结果显示实验段内冷凝压降 (入口质量含汽率为 1,出口质量含汽率为 0 1～ 0 2 5 )随工质质量通量的增加而迅速增大 ,润滑油浓度对冷凝压降几乎没有影响 。
6) compression-condensation
压缩冷凝
1.
Based on the simulation and optimization of the UniSim Design software,this paper designed a hybrid process combining with the membrane separation technology and the compression-condensation unit to recover light hydrocarbons from GTL vent gas efficiently.
基于此,本文提出膜分离与压缩冷凝耦合的新工艺,并采用UniSimDesign对操作参数进行模拟优化,达到了低能耗高效率回收GTL弛放气中轻烃的目的。
补充资料：升压
1.加大压力。
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