non-condensable gas
英
美
不凝性气体
双语例句
- Analysis and evaluation of non-condensable gas for auxiliary equipment of power stations
电站辅机设备的不凝结气体分析与评估 - Numerical Simulation of Steam Condensation in Vertical Tube with the Presence of Non-condensable Gas
含有不可凝结气体的蒸汽壁面冷凝的数值模拟 - Injecting a non-condensable gas at this stage, to utilize the existing heat energy in place, can prolong oil production.
此时，注入非凝析气可以利用储层中存在的热量以延长油的生产。 - The amount of non-condensable gas in the flammable gas increased with reaction temperature.
不凝气体中可燃气体的体积分数随着反应温度的升高逐渐增多； - The influence of non-condensable gas on heat transfer performance of the single-row tube heat exchanger is analyzed.
另外，还分析了不凝结气体对单排管换热器传热性能的影响。 - The influence characterization has been done for the variation of fill ration, heat transfer rate, non-condensable gas and inclination angle.
通过实验研究了其传热特性与充液率、加热功率、不凝性气体、倾角等影响因素的关系。 - Therefore, the study on the influence of non-condensable gas on condensation heat-exchange is one of the most significant tasks in the study of energy saving.
因此，研究不凝气体对凝结换热的影响成为节能研究的一个重要课题。 - Different mass fractions of non-condensable gas nuclei are set to simulate cavitation flow around an axis-symmetrical body with hemispherical nose in order to find out the effect of nuclei on cavitation flow.
通过设定不同气核质量分数对半球头回转体的自然局部空化作了模拟，研究了气核对自然空化计算结果的影响。 - Experimental Investigation of Condensation Heat Transfer of Non-condensable Gas Containing Steam on 3-Dimensionally Finned Tubes, Horizontally Positioned
水平三维肋管外含不凝性气体的水蒸汽凝结换热的实验研究 - Film Condensation Heat Transfer in the Presence of a Non-Condensable Gas
不凝气体存在时水平单管外膜状凝结换热的数值研究 - Impact of non-condensable gas on Lithium Bromide absorption chillers and its precautionary management
不凝性气体对溴化锂吸收式制冷机组的影响及其预防管理 - Condensation Heat Transfer of Steam in the Presence of High Content Non-condensable Gas Outside of a Horizontal Three-dimensional Finned Tube
水平三维肋管管外高不凝性气体含量蒸气的冷凝换热 - Flow and condensation of vapor with high partial pressure non-condensable gas in an inclined tube
含高分压不凝性气体的蒸汽在倾斜管内的凝结换热 - Experimental investigation of dropwise condensation in the presence of non-condensable gas
含有不凝气体的蒸汽滴状冷凝传热实验研究 - Heat Transfer Calculation and Design of Heat Exchangers Working with Non-condensable Gas Investigation of Condensation of Low-Pressure Vapor in a Horizontal Tube
含不凝气的蒸汽冷凝的传热计算与换热器设计水平管内低压蒸汽冷凝现象的研究 - The contrastive influence of non-condensable gas on the performance between dropwise condensation and film condensation, and numerical simulation and analysis on the steam flow field and heat transfer performance are studied by experiment and theory.
从不凝气体对珠状凝结和膜状凝结换热特性的对比影响、凝结换热汽侧流场和热力特性的数值模拟两方面进行了实验和理论研究。 - A vent pipeline for non-condensable gas from the shell pass outlet of the condenser to reflux drum has been added;
增设一条自冷凝器壳程出口至回流罐的不凝气放空管道； - Design for Drainpipe of Self-Exhausting Non-Condensable Gas and Direct Steam Condenser
自排不凝气直接式蒸汽冷凝器排水管的设计 - In this paper, we expound firstly the history and actuality of the influence of non-condensable gas on condensation heat-exchange and dropwise condensation research, then analyze and summarize the two facts research work. In this base, an experiment apparatus is designed and set up.
本文从不凝气体对凝结换热的影响和珠状凝结的研究现状入手，分析并总结了前人对这两方面的研究工作，在此基础上设计并搭建了实验台。 - Amelioration of Design for Non-condensable Gas of Fractionating Tower In Natural Gas Processing Equipment
天然气处理装置分馏塔不凝气的设计改进 - Industrial application of membrane technology in recovering propylene from non-condensable gas
膜分离技术在不凝气中回收丙烯的应用 - In order to maintain the vacuum in evaporator, the vacuum-pump was displaced by the condenser for auto-draining non-condensable gas.
用自排不凝性气体大气冷凝器取代真空泵以维持系统的真空度。 - The main factors that affect wall temperature oscillation are gap width, heat flux, initial temperature, subcooling of bulk liquid at/ near inlet and outlet and non-condensable gas absorbed on heated wall etc.
影响壁温波动的主要因素有环隙宽度、加热热流密度、初始水温、进出口附近大容积液体的过冷度及加热面吸附的不凝性气体等。 - Trouble form Non-Condensable Gas in LiBr Absorption Chiller and Its Removal
溴化锂吸收式制冷机产生不凝性气体的故障分析及排除 - In addition, the steam heat exchanger stops, frequently resulting in thermal stress caused in recovery equipment, pipe leakage and resulting in non-condensable gas mixed with impure substances and condensed water pollution.
此外，换热设备频繁的蒸汽供停，产生热应力拉伸而导致设备泄漏以及回收管网的不严密，造成混入不纯物质或不凝气也导致冷凝水杂质含量偏高，污染严重。