吸收式制冷

一种扩散吸收式制冷系统的性能实验新型制冷用阀门

Experimen of diffusion - absorption refrigeration New Type of Refrigeration Valves

钼酸锂在吸收式制冷机上的应用

Application of Lithium Molybdate as Inhibitor in the Absorption Refrigeration Machine

x级溴化锂吸收式制冷循环性能分析

Analysis on performance of 1.x-lift LiBr absorption refrigeration cycle

以跨临界CO2-离子液体[bmim]PF6为工质对的吸收式制冷循环性能分析

Analysis on thermodynamic performance of absorption refrigeration cycle utilizing transition-critical CO_2 - [ bmim ] PF_6 as working fluid

本文建立了LiBr/H2O双效吸收式制冷机的热力计算与传热计算的数理模型。

A thermal and heat transfer model of LiBr / H_2O double-effect absorption chiller ( LDAC ) is founded .

通过对建筑物动态负荷与小型吸收式制冷机制冷量之间关系的研究，开发了基于PID控制器的小型吸收式制冷机变水温控制系统。

The variable water temperature control system that based on PID controller was studied to deal with dynamic space load and refrigerating capacity of SAAC .

STM式三维nm级轮廓仪的研究两级吸收式制冷机的优化分析

An STM-Based 3-D Profiler with a Resolution of Nanometer Level The optimum performance characteristics of a two-stage absorption refrigerator

吸收式制冷的优势在于可用低势热源驱动并以环保无公害流体作为工作介质，缺点是性能系数（COP）较低。

Absorption refrigeration can use low thermal potential energy as its power and environment friendly fluids as its working substance .

增压空气驱动LiBr吸收式制冷复合循环的热力性能分析

Thermodynamic Characteristics Analysis of a New LiBr Absorption Refrigeration Compound Cycle Driven by Charger-Air Heat

太阳能无泵LiBr吸收式制冷机中溶液提升管最低高度的确定

Determination of the Lowest Height of the Solution Elevation Tube in Solar Pumpless LiBr Absorption Chillers

世界上首个以直燃型LiBr吸收式制冷机为核心的燃气轮机进气冷却系统

World 's First Gas Turbine Intake Air Cooling System with LiBr Absorption Type Chiller as It 's Focal Component

当溶液入口温度达到90℃时，其COP值达到0.83，比传统吸收式制冷系统的COP值高22%。

When the inlet temperature is 90 ℃, the COP can reach 0.83 , which is higher than that of a conventional absorption chiller by 22 % .

发展了以CaCl2、NH3为工质对的太阳能固体吸收式制冷系统的动态模型。

A dynamic model is established for the solar-powered solid absorption refrigeration system using CaCl 2 and NH 3 as working pair .

氨水吸收式制冷GAX循环中临界热源温度的理论分析

Performance analysis of ammonia-water absorption refrigeration GAX cycle

研究表明，在相同的实验设备及实验工况下，与风机盘管运行模式相比，辐射吊顶运行模式下，吸收式制冷机组的制冷量和性能系数COP都得到了提升。

It was suggested that compared with an coil operation mode , under cooling ceiling operation mode , both cooling capacity and COP of absorption chiller were improved .

利用低位能的氨水吸收式制冷（AAR）系统设计软件的开发及应用

Development and application of designing software for an aqua-ammonia absorption refrigeration ( aar ) system with low grade heat source

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。

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

与闭式太阳能吸收式制冷系统相比，它具有启动快、COP值高、系统简单、造价低等优点。

Compared with the traditional solar absorption refrigeration cycle , the open cycle has some advantages such as start-up fast , COP higher , system simple , cost lower , and so on .

本文在优化设计的基础上，为了将工程设计人员从繁重的绘图过程中解脱，结合AutoCAD二次开发语言ObjectARX，开发了溴化锂吸收式制冷机智能设计软件包。

To release designers from onerous work , this program is developed with the help of AutoCAD software and its secondary development tool & ObjectARX .

所得结论为在实际氨水吸收式制冷系统中是否采用GAX循环提供了决策依据。

The conclusions drawn in this paper provide deterministic standard in considering whether to adopt the GAX cycle in ammonia-water absorption refrigeration .

采用静态平衡釜对NH3-H2O-LiBr三元混合溶液的平衡压力及平衡温度进行了实验研究，以考察加LiBr添加剂对氨水吸收式制冷系统的影响。

In order to study the effect of LiBr additive on the NH_3 / H_2O absorption system , the equilibrium cell was used to measure the thermal property of ternary ammonia-water-lithium bromide solution .

Micro-BCHP项目中吸收式制冷机仿真

Numerical Simulation of Absorption Chiller Employed in Micro-BCHP Project

本文对一套功率为2kW的单级氨水吸收式制冷实验装置进行了研究。

The study is about a single stage ammonia / water absorption refrigeration system .

对溴化锂两级吸收式制冷系统中间压力pm（即低压发生器压力）的取值进行了理论计算和分析，得出了中间压力的取值范围及计算公式，可供两级吸收式制冷系统设计时参考。

The medium pressure ( the pressure of low-pressure generator ) for LiBr / H2O two-stage absorption refrigeration system is predicted by theoretical analysis . The range and calculation formulas of medium pressure are obtained to provide the basis for the design of two-stage absorption refrigeration system .

通过对影响氨水吸收式制冷循环因素的定性和定量分析，了解这些因素变化如何影响制冷循环的COP值，以及如何控制这些因素的变化使制冷循环的COP值达到最大；

By analysing the variation of factors which affect ammonia water absorption refrigeration cycle 's COP , how to affect the cycle 's COP due to the variation of the factors and how to control these factors to make the cycle 's COP higher are known .

目前在溴化锂吸收式制冷机/热泵中被广泛采用的界面活性剂是2-ethyl-1-hexanol（2EH）和1-octanol。

2-ethyl-1-hexanol ( 2EH ) and 1-octanol are the surfactants widely used in absorption refrigerator or heat pump using water / Lithium bromide as working fluids .

采用系统建模和仿真的方法，对提高复合热源驱动的吸收式制冷机的运行性能进行了研究，找到了一种满足部分负荷下COP最优的控制策略。

It has been researched how to improve the performance of the absorption chiller driven by hybrid heat sources through analyzing various control strategies in the way of modeling and simulation . And one control strategy had been found to make the chiller have optimal COP under partial refrigerating load .

根据热水二段型溴化锂吸收式制冷机的性能参数和太原市城区集中供热系统的参数，计算分析了300MW抽汽-凝汽式机组采用冷电联产的热经济性。

Based on characteristic parameters of the hot water two-section type lithium bromide absorbing refrigeration machine and the parameters of the central heating system in Taiyuan City proper , the thermal economic behavior of adopting cool-electricity cogeneration to 300 MW extraction condensing unit has been calculated and analysed .

直燃式溴化锂吸收式制冷机的发展

Development of the Direct - fired Lithium Bromide Absorption Refrigeration Machine

小型蒸汽吸收式制冷机的仿真及试验研究

The Simulation and Experimental Analysis of the Small Steam Absorption Chiller