众所周知，动态特性是溴化锂吸收式制冷机的基本特性，同时又是控制系统的主要内容之一。
It is well known that, dynamic characteristic is the basic character of lithium-bromide absorption chiller and it is also one of the main contents of controlling system.
从功量补偿角度出发，提出基于太阳能吸收式制冷与蒸气压缩制冷的联合制冷系统。
A combined refrigeration system based on solar absorption refrigeration and vapor compression refrigeration is put forward from the point of view of work compensation.
该结论对太阳能吸收式制冷系统的设计具有重要的参考价值。
The conclusion is an important reference value for the design of solar absorption refrigeration system .
本文对扩散——吸收式制冷系统的工作机理及热力计算进行了探讨。
This paper discusses the working mechanism and thermal calculation of the diffusion absorption refrigeration system.
在提高氨水吸收式制冷系统性能及促进其设备小型化的过程中，对吸收过程进行强化是一种有效途径。
Absorption enhancement is an effective way to improve the performance and miniaturize the equipments of ammonia-water absorption refrigeration.
为了扩大太阳能吸收式制冷系统的适用范围，必须对不连续、不稳定的太阳辐射进行能量补偿。
In order to enlarge the applied range of solar absorption refrigeration system, the solar radiation must be compensated for its discontinuation and instability.
传统的氨水吸收式制冷机，存在着系统中设备多，体积大，钢材消耗量大，制冷循环COP值较低等缺点。
However the COP of conventional ammonia-water absorption refrigeration system is relatively smaller because of its more equipments, large volume and more steel consumption.
同时，改进了以往吸收制冷的工艺流程，优化了制冷系统的工作过程，并研究了这套空调系统的节能效果。
Meanwhile, the technical flow of absorption refrigeration system was improved, the work process was optimized, and the energy saving effect was studied simultaneity.
因此，针对太阳能吸收式制冷装置集热系统与制冷机的有效配用题目开展一些深进的探讨，既有理论价值，又有重要的工程实用价值。
Therefore, carrying out deeply some problems of the relationship of the solar collector with absorption refrigeration system, which can bring both theoretical and important works of practical value.
对圆柱形和圆锥形太阳能吸收式制冷系统涡旋发生器内流体流动特性进行了数值模拟。
The fluid flow characteristic in cylindrical generator and conic generator of a new solar absorption refrigeration system is simulated using FLUENT software.
利用氨水吸收式循环将太阳能与地热两个热源结合，提出了一种新颖的制冷与供热系统。
A novel refrigeration and heat-supply system that combined solar energy and geothermal energy by utilizing an ammonia absorption refrigeration were proposed.
在夏季采用区域供热系统的热量作为吸收式冷凝器制冷系统的能源，可代替电和机械能源制冷。
This article introduces a refrigeration method using the absorption chiller energized by the district heating system instead of electricity or mechanical energy in summer in Finland.
研究了一种带绝热喷雾吸收器的低温扩散吸收式制冷系统。
A low temperature diffusion-absorption refrigeration system with an adiabatic spray absorber was introduced in this paper.
船舶有大量的低品位余热可以利用，适合蒸发冷却和吸收去湿相结合的制冷空调系统使用。
Abundant low-level waste heat produced in big ships is suitable for air-conditioning system with combination of evaporation cooling and absorption dehumidification technologies.
本论文采用直燃型溴化锂吸收式制冷机制取冷量来作为空调系统的冷源。
In this dissertation, a direct-fired lithium bromide absorption refrigerator is chosen to be as the cold source.
作为吸收式制冷装置中重要的部件，吸收器的合理设计直接决定了制冷系统的综合性能。
As one of the most important components, proper design of the absorber is a key way to improve the integrative performance of the refrigerating system.
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.
船用柴油机废热品位较高，基本满足吸收式制冷装置的需要。作为吸收式制冷装置中重要的部件，吸收器的合理设计直接决定了制冷系统的综合性能。
The quality of the waste heat exhausted from diesel engine in vessels is high, which means it is possible to utilize waste heat in an absorption refrigeration device as heat resources.
本文采用双组分环状二相流模型对吸收-扩散式制冷系统蒸发器的传热进行了分析计算。
In this article the analytical calculation has been made for the evaporator heat transfer in absorption-diffusion refrigeration system with the annular two-phase two-component heat transfer model.
针对船舶动力系统运行时会产生大量多种形式的低品位余热，而这些余热恰好适合作为溴化锂吸收式制冷机的驱动热源，并利用动力系统余热实现船舶的空气调节。
According to abundant low-waste heat produced from Marine Power Plant, which is suitable for air-conditioning system of ship and be used as driving heat source of the LiBr Absorption refrigerator.
这通常涉及使用液体制冷剂循环热吸收和压缩机系统。
It typically involves cyclic heat absorption using a fluid refrigerant and a compressor system.
结果证明，变水温控制系统能使小型吸收式制冷机具有较好的节能效果。
The result shown that SAAC with the variable water temperature control system has better energy efficiency than that with fixed water temperature.
通过实验探讨了不同季节、不同规模及不同的开机方式对溴化锂吸收式制冷系统动态性能的影响，有助于实现良好的开机控制和减少能源耗费。
In order to reduce the running time and the energy consumption, the dynamic performance of LiBr absorption chiller under different start-up mode was investigated by experiment.
本发明涉及低温热能回收利用技术，公开了一种吸收式制冷和动力联合循环系统。
The invention relates to a low temperature heat energy recycling technology and discloses a combined circulation system of absorption refrigeration and power.
详细阐述了溴化锂吸收式制冷机的冷媒水系统、冷却水系统以及机组内部和外部的化学清洗技术和操作方法。
Explains in detail the technique and operating procedure of chemical cleaning for the refrigerant water and chilling water systems and the inside and outside surface of the chiller unit.
介绍了新开发的蒸汽双效溴化锂吸收式制冷机控制系统。
A control system newly developed is Presented for vapour duplex effect lithium-Bromide absorption refrigerators.
伦敦零碳馆内，温度调节由太阳能和风力驱动的吸收式制冷风帽系统控制，餐具可以吃；
Meanwhile, temperature is controlled by a solar and wind-powered absorbent refrigerating wind cowl system in the London Zero-Carbon Pavilion and the tableware is edible.
伦敦零碳馆内，温度调节由太阳能和风力驱动的吸收式制冷风帽系统控制，餐具可以吃；
Meanwhile, temperature is controlled by a solar and wind-powered absorbent refrigerating wind cowl system in the London Zero-Carbon Pavilion and the tableware is edible.
应用推荐