1)thermodynamic cycle热力循环
1.A thermodynamic cycle for improving performance of marine diesel engine;一种改善船用柴油机性能的热力循环
2.Preliminary analysis of thermodynamic cycle of an intercooled recuperated turbofan engine中冷回热航空涡扇发动机热力循环初步分析
3.In order to promote the understanding of the evaporative cooling technology,this paper particularly analyzed the thermodynamic cycle of the stator inner-cooling system in vertical and horizontal evaporative generators,and showed it on the pressure-enthalpy figure(lg p-h figure) and the temperature-entropy figure(T-S figure).为了便于从理论上了解蒸发冷却循环,推动蒸发冷却技术的发展,本文分析了立式和卧式蒸发冷却电机定子内冷系统的热力循环,并在描述动力循环过程的压力-焓图(lgp-h图)和温度-熵图(T-S图)上表示了出来。
英文短句/例句
1.A Pneumatic-Thermal Expansion Type Cycling Method for Solar Cooling & Heating and Power Generating可使用太阳能制冷(热)和发电的热力循环技术——气压-热力膨胀式循环
2.The most efficient heat engine cycle is the Carnot cycle, consisting of two isothermal processes and two adiabatic processes .最有效的热力循环是卡诺循环，由两个等温过程和两个绝热过程。
3.Matching Computation of Injector Based on Thermodynamic Simulation基于热力循环模拟的喷油器匹配计算
4.Investigation on the Influences of Heat and Mass Transfer on the Performances of Three-Source Thermodynamic Cycles;传热、传质对三源热力循环性能影响的研究
5.Preliminary analysis of thermodynamic cycle of an intercooled recuperated turbofan engine中冷回热航空涡扇发动机热力循环初步分析
6.The discussions of heat absorption\exothermic about thermodynamics circulation on p-v Chart关于热力循环在p-v图中吸放热的探讨
7.Thermodynamic Performance Analysis of STAG106 Gas-Steam Combined Cycle UpgradeSTAG106燃气—蒸汽联合循环机组升级改造热力循环分析
8.Novel Thermodynamic Cycle with Cascade Utilization of Chemical Exergy and Physical Exergy of Fossil Fuel;燃料化学能与物理能综合梯级利用的热力循环
9.Studies on the Propelling Force and Heat Exchanging of the Spontaneously Circular Evaporator;自然循环蒸发器循环推动力及传热研究
10.The Thermodynamic Analysis of a Quantum Ericsson Cycle Performance量子埃里克森循环性能的热力学分析
11.Analysis on circulating water system start-up under condition of empty pipes in thermal power plant热力发电厂循环水系统空管启动分析
12.Research on Thermal Characteristics of 300MW Circulating Fluidized Bed Boilers300MW循环流化床锅炉热力特性的研究
13.Thermodynamic calculation and analysis on auto-cascade heat pump system自然复叠式热泵循环系统热力计算与分析
14.Gravitational Field in the Ideal Gas Thermal Cycling and the Potential Energy into Heat重力场中理想气体的位能热循环及热功转化
15.The Fundamental Research of Ambient Pressure Gas-Turbine Cycle;环境压力下吸热燃气轮机循环的基础研究
16.Thermodynamics Cycle Mode Analysis of Thermoacoustic Engine and Design for Miniaturization Thermoacoustic Refrigerator;热声热机热力学循环模型分析与微小型热声制冷机设计
17.The Born-Haber cycle is a thermodynamic cycle that shows the interrelation of these quantities.波恩-哈伯循环是一个热力学循环，表示了这些量之间的关系。
18.The infrared ray warms up the magnetic force treatment, ameliorative blood circulation, instauration physical strength.红外线温热磁力治疗，改善血液循环，恢复体力。
相关短句/例句
thermal cycle热力循环
1.This paper analyzes the thermal cycle performance, thermal parameters, structure feature, smooth parameter operation model and corresponding technology for steam turbine of Integrated Gasification Combined Cycle (IGCC) power generation.研究了IGCC汽轮机的热力循环特性、热力参数、结构的特点及其滑压运行方式和相应技
2.On the basis of this,the mechanism it acts to the fuel spray and combustion and the thermal cycle of it are analyzed on the DI diesel engine.对柴油机进气喷水进行了试验研究 ,在此基础上 ,分析了直喷式柴油机进气喷水对燃油雾化和燃烧的作用机理 ,并对进气喷水的热力循环进行分析 ,为此技术的开发与应用提供可行性依据。
3)thermodynamic cycles热力循环
1.The coefficient of performance of the absorption heat transformer under the ideal and real thermodynamic cycles conditions are calculated based on the second law of thermodynamics and thermodynamic properties of the LiBr aqueous solution.介绍了提升工业废热温位的吸收式热变换器的工作原理 ,工质的热力循环过程。
4)cobalt binderphase热-力循环
5)thermodynamic cycle热力学循环
1.Time serial waveform analysis of thermodynamic cycle of engine;热声热机与经典热机一样都是行、驻混合波型,从而通过周期振荡特点以及热力学循环,为经典热机循环和热声热机循环建立起联系的桥梁。
6)thermodynamic cycles热力学循环
延伸阅读
热力循环热力循环thermodynamiccycle热力学中用以实现热能与机械能转换的封闭的热力过程。简称循环。在热力循环中，工质由初始状态出发，经历一系列状态变化后又回到初态。循环有热机循环和制冷机(热泵)循环之分。①热机循环。工质从高温热源吸热Q1，其中一部分转变为对外的净功W，其余的热量Q2排放给低温热源。典型的热机循环包括卡诺循环、兰金循环、狄塞尔循环、奥托循环、勃朗登循环和斯特林循环等。它们的热经济性用热效率（ηt)衡量，ηt＝W／Q1。②制冷机循环。工质从低温热源吸热Q2，外界输入净功W，然后将热量Q1排放给高温热源，实现热量由低温热源向高温热源的传递，达到使低温热源（如冷库)保持低温不变或使高温热源获得热量(供暖)的目的。制冷机循环是热机循环的逆向循环。制冷机和热泵循环的热经济性分别用制冷系数和供暖系数衡量。制冷系数(ε)等于从低温热源取出的热量Q2与外界输入的净功W的比值：ε＝Q2／W。供暖系数(ε′)等于向高温热源传递的热量Q1与外界输入净功W的比值：ε′＝Q1／W。为了有效利用能量，有时还将几种循环组合起来形成联合循环(或复合循环)。
