absorption cycle 的翻译结果

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absorption cycle

Based on researches of the renewable energy use and reasonable temperature matching for heat pump, this paper proposes a new heat pump system with a heat-source combination for refrigeration and heat-supply, by choosing an ammonia absorption cycle and combining solar energy and geothermal heat. The performance of the new system is simulated, and the influences of heat-source temperature on the performances of refrigeration and heat-supply are discussed.

基于对可再生能源运用的考量和采暖供热温度的协调配置的研究,文中选择氨水吸收式循环,将太阳能与地热两种可再生能源结合,提出了一种具有制冷与采暖功能的组合热源新热泵系统。 通过对新平台的过程模拟,文中研究了新平台的能量特征和热力学的特性;

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The lithium bromide solution flowing out from the high pressure generator was mixed with solution from low pressure absorber in order to increase lithium bromide solution concentration and decrease the pressure in the high pressure absorber. The performance of the cycle was analyzed and compared with traditional two stage absorption cycle.

与传统的两级吸收式循环相比 ,系统提高了一个附加高压发生器 ,通过高压发生器再生出的LiBr溶液与高压吸收器的吸附后的碱液混合 ,提高高压吸收器的吸收剂浓度因此减少其压力 .

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A new type of lithium/water absorption cycle (Single-Effect/Double-Lift absorption cycle) using lower temperature water as heat resource has been analyzed which is economized on energy compared with traditional cycles.

对一种利用高温热水驱动的新型低碳吸收式循环 (单效 /双级循环 )进行了探讨。 在模拟计算的基础上 ,对循环性能进行了研究、比较。

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Mathematical simulation models were established to calculate and analyze refrigeration performance indices at varying temperatures of heat source,cooling water and evaporation,as well as differential concentration of solution. A comparison of coefficient of performance (COP) of the new double-effect NH3-H2O absorption cycle was made with those of for the traditional single-effect and doublestage cycles.

通过物理模型对双效氨水吸收式循环在供热水温、冷却水温度、蒸发温度和放气系数等差异条件下的制冷性能系数(COP)等指标进行了探讨计算,对双效氨水吸收式循环与传统的单效循环和双级循环的制冷性能系数进行了非常。

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In this thesis innovation mainly manifests in:(1) The new concept of four kind of absorption cycle model with the heatrecovery generator, which is a bold attempt and the beneficial supplement of theabsorption cycle research;

本研究首次强调带排烟热回收发生器的四种吸收式循环模型,是对直燃机循环研究方面的大胆尝试和有益补充;

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A new absorption cycle with an exhaust heat recovery generator is presented.

提出了一种新型循环 ,将排烟热回收发生器与吸附循环结合起来并将其用于直燃型吸收式制冷机。

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The Carnot analysis method was proposed for the simplification of the thermodynamic analysis of the absorption cycle,by the comparison of the absorption cycle and the compression cycle.

为了简化吸收循环热力学分析手段,通过吸收循环和压缩式循环的对比,提出吸收循环卡诺模型预测方式。

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Theoretical efficiency analysis of absorption cycle refrigeration system with large temperature difference of chilled water

吸收循环冷水大温度系统理论强度预测

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Carnot Model and Theoretical Efficiency of Large-Temperature-Difference of Absorption Cycle

吸收循环卡诺模型及大温差系统理论强度

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The present system with two evaporators and two absorbers may improve the efficiency of the absorption cycle.

结果证实改进系统可以有效提升吸收循环效率。

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So, it is better to control the absorption cycle as 20-21 minutes.

因而吸附周期应控制在20~21分钟为佳.

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Status of Solar Driven Air Conditioning Technology Basedon Absorption Cycle and a New Prototype

吸收式太阳能空调技术的新进展与新构想

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Analysis on a new triple - effect lithium bromide absorption cycle with series solution circuit

一种新型的串联型三效溴化锂吸收式制冷循环的分析

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The result indicates that: (1) Gas products of different purity can be produced through adjusting absorption cycle.

结果说明，(1)通过调整吸附周期，可制造出不同纯度的产品气。

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In This Paper, Libr Absorption Cycle Named 1. X Lift Cycle is Presented and Compared with Single Effective/Double Lift (SE/DL) Cycle.

本文介绍了1．x级新型溴化锂吸收式制冷循环并与单效／两级(SE／DL)循环进行了对比。

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absorption cycle

The appropriate operation condition and COP values were calculated for the absorption cycle by using the proposed working fluid.

The cycle simulation for a double effect absorption cycle was carried out at various operation conditions.

Measured COP values of the unoptimized single-stage ammonia-water absorption cycle varied between 23 and 30%, but system modeling shows that this can be improved to values considerably over 30%.

Unlike the diffusion-absorption cycle, however, the Einstein cycle uses a pressure-equalizing absorbate fluid rather than an inert gas.

The single effect absorption cycle uses water as the refrigerant and lithium bromide as the absorbent.

n this paper,the design concept of a tri-coupled cycle absorption heat pump unit is proposed under thermodynamic analysis.Due to the three absorption beds designed working in series. the heat pump will have the advantages of avoiding overheating of absorption beds and eliminating the unsteady output so as to improve the COP,exergy efficiency of the heat pump as well as the efficiency of each absorption cycle.Besides,the moduled heat pump concept will make cooling cycle easy to keep vacuum in long...

n this paper,the design concept of a tri-coupled cycle absorption heat pump unit is proposed under thermodynamic analysis.Due to the three absorption beds designed working in series. the heat pump will have the advantages of avoiding overheating of absorption beds and eliminating the unsteady output so as to improve the COP,exergy efficiency of the heat pump as well as the efficiency of each absorption cycle.Besides,the moduled heat pump concept will make cooling cycle easy to keep vacuum in long term and is flexible to be assembled into a large heat pump system according to the amount of waste heat available.

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