This paper presents a method to analyze the ventilation and heat rejection system of hydro generator.
本文基于流-固热耦合场分析原理对灯泡贯流式水轮发电机的通风散热系统进行了仿真模拟分析，得到了定、转子温度场的分布，并和传统的经验计算方法进行了对比，最终验证了运用耦合场分析方法的正确性。
Rejection of heat at constant pressure.
热拒绝在不断的压力。
Installation the aerator is favor of rejection of heat.
在柜内安装通风装置将有利于开关柜的散热。
Based on the research results published domestic and abroad, a compression ignition system with the divided chamber which is composed of low heat rejection components is introduced on the natural gas engine in this thesis.
本文在总结和分析国内外天然气压缩着火燃烧过程研究结果的基础上，提出了一种分隔室式天然气燃烧系统，研究开发了具有低散热结构的压缩着火天然气发动机。
A thermodynamic model was set up to analyze the effects of heat rejection pressure, heat rejection temperature, evaporating temperature and internal heat exchanger on the system.
采用电子膨胀阀为节流元件，试验研究了电子膨胀阀的流量特性，分析系统工作参数及阀的几何参数和流量的关系。
Under the assistance of zero gravity, the thermal resistance of miniature heat pipeis one of the most vital factors of the heat rejection efficiency of the miniature heat pipe heat exchanger.
在零重力辅助下，小热管热阻是小型热管换热器散热效能的重要影响因素之一。
In view of heat rejection mechanism, thermal comfort and energy saving, the features are analyzed in regard to radiator, low-temperature radiant floor, capillary radiant plane, electric thermal film heating mode and so on. and their entropy changes are also calculated with entropy principle.
从散热机理、舒适性和节能性等方面，对比分析了散热器、低温地板辐射、毛细管平面辐射、电热膜辐射等供暖方式的特点，并计算了此四种供暖方式的熵值变化。
Low heat rejection diesel is an engine applying heat isolating technique to the main parts of combustion chamber.
低散热柴油机是对燃烧室等主要受热零部件采取隔热措施处理的发动机。
ABSTRACT With the challenge of environment protection and energy crisis, the developing countries are devoting themselves to the study of advanced heat engine such as adiabatic or low heat rejection engine.
面对环境保护和能源危机的挑战，当前国内外特别是发达国家无不致力于发展低能耗、少排放、高功率的先进绝热发动机。
To improve the energy efficiency ratio of the CO2 system with considering the rather large temperature gliding of the heat rejection process in the gas cooler, Based on thermodynamic analysis of the system, a corresponding model is founded.
为利用CO2跨临界循环气体冷却器放热段较大的温度滑移，减小节流部分的膨胀功损失，提高系统性能，可在制冷系统中利用CO2跨临界循环与NH3喷射循环复合实现压缩／喷射复迭式系统。
The configuration of condensing coil will strong affect pass condensing coil of velocity distribution, and affect condensing coil heat rejection capacity.
然而，冷凝盘管配置得当与否会明显影响通过盘管气流分布的均匀性，连带影响冷凝盘管散热能力。
Gas turbine installations commonly involve housing the gas generator unit inside a confined acoustic enclosure, designed to attenuate noise levels and provide ventilation for controlled convective heat rejection and gas fuel leak dilution.
燃气轮机装置通常涉及住房的气体发生器内的单位限于声文，旨在减轻噪音水平，并提供通风对流换热控制的排斥和气体燃料泄漏稀释。
Four heat rejection systems designed to enhance the spacecraft heat rejection rate for short intervals with the lightest possible system were a single phase loop, a cold storage -single phase loop, a heat pump-single phase loop, and a cold storage -heat pump loop.
为既能提高航天器排热能力，又能降低排热系统质量，提出了单相流体回路、蓄冷单相流体回路、热泵单相流体回路、蓄冷热泵回路4种排热方案，计算了各方案排热能力和系统质量构成。
Relationship between the Expressions of Intercellular Adhesion Molecule 1, Heat Shock Protein 70 and Acute Rejection after Pancreas Allotransplantation in Miniature Swine
细胞间黏附分子-1及热休克蛋白70与猪同种异体胰腺移植排斥反应的关系
Preious work has suggested that heat shock protein (HSP) - 70 is associated with acute allograft rejection.
先前的工作表明热休克蛋白（HSP）-70与急性同种异体排斥反应相关。
The heat transmiting character of the Low Heat Rejection Engine is analysed and the heat transmiting boundary conditions of the firebox are computed by experience formular.
分析了低散热发动机的传热特点，运用经验公式确定了传热边界条件；
The Design Method and Selection of Structure Type of Large-type Heat Rejection Axial-flow Fan for Subway
地铁用大型排热轴流通风机设计方法与结构型式的选择
Theoretical analysis on CO2 transcritical single stage compression refrigeration cycle is made. Results indicate that the evaporation temperature, gas cooler exit temperature and heat rejection pressure have important influence on the system performance.
单级蒸气压缩式CO2跨临界制冷循环的理论分析表明：蒸发温度、气体冷却器出口温度和高压压力对循环性能的影响较大。
Methods: The old oxidizing technology seriously polluting environment were effectively improved through the agency of raising dispersion degree、reinforcing rejection of heat and curing leadage.
方法：从提高分散度、增强换热能力和根治泄漏入手，对污染严重的旧氧化工艺进行有效改造。
However, the rejection temperature always has influence on the heat extraction ability.
取热速率却总是受排热温度的影响明显。