给出了氨吸收制冷过程模拟和物料及热衡算的模型。
A simulation model of ammonia absorption refrigeration process involving material and heat balance is given.
同时介绍利用上述基本热力学数据计算石油天然气膨胀机制冷过程等熵效率；
The basic data thus obtained could be used for the calculation of the isentropic efficiency in the expanding process of natural gas in refrigeration.
制冷过程不会像干冰那样产生大量气体存在安全隐患，因此不受航空限制，是干冰的理想代替品。
The refrigeration process of these products will not produce as much gas as dry ice. In this way, the products are not restricted by the air shipment. It is an ideal replacement for dry ice.
针对制冷过程的特点，提出了电冰箱控制系统的最大能效比控制方法，使制冷系统工作在最佳状态。
The control scheme of maximum COP value of electrical refrigerator is presented, making the refrigeration system operation in the well efficiency.
此外，进口海鲜长距离的运输过程会由于处理或者制冷出现错误给了微生物污染和分解的机会。
Furthermore, transport of seafood imports over long distances presents opportunities for contamination and decomposition due to improper handling and refrigeration.
在工业过程中，回收利用从锅炉和大型制冷设备来的废热，能减少其他地方的取暖成本。
In industrial Settings, waste heat from boilers and large refrigeration units is sometimes recycled to reduce heating costs elsewhere.
这个评估过程遵循空调和制冷协会(ARI)标准1110执行。
(the rating procedure is based on the Air-conditioning and Refrigeration Institute's (ARI) Standard 1110.)
蒸发器有助于冷却空气，冷凝器帮助准备冷却过程中的制冷剂，压缩机有助于制冷剂在它们之间移动来回。
The evaporator helps cool the air, the condenser helps ready the system's refrigerant for the cooling process, and the compressor helps move refrigerant back and forth between them.
这些过程与蒸气压缩式制冷完全相同。
This process and steam compression type refrigeration completely the same.
当某些类型的设备包含在该过程中时，可能需要省级固定工程师执照，压缩机运营商或制冷证书。
A provincial stationary engineer licence, compressor operator or refrigeration certificate may be required when certain kinds of equipment are included in the process.
建立以无相互作用的自族为1/2的粒子组成的自旋系统为工质，由两个绝热和两个等温过程组成的量子卡诺制冷循环模型。
The cycle model of a quantum Carnot refrigeration cycle working with many non-interacting spin-1/2 systems and consisting of two isothermal and two adiabatic processes is established.
它的发明者们管这种双层降温过程叫“光子辐射制冷”。
The Stanford team have called this two-layer process "photonic radiative cooling".
热力学过程，包括天然气液化，制冷。
Thermodynamic processes, including gas liquefaction, refrigeration.
这种模型的应用可以使得热能动力工程和制冷工程设计中的状态参数和热力过程计算软件的重复使用问题得到简化。
With this kind of model, the software used in thermal power engineering and refrigeration engineering for computing thermodynamic parameters of state and processes can be easily reused and enhanced.
制冷工质在蒸发器内吸取热量，温度升高变成过热蒸气，进入压缩机重复循环过程。
Working in the evaporator refrigeration in heat, temperature from overheating steam into the compressor, become repeat process.
本文介绍了在制作“制冷原理教学辅助系统”课件过程中应注意课件的互动性、方便性、延展性和多种制作方法的运用。
In the process of developing courseware as to "Teaching Assisting System of Refrigeration Principal", utilization of courseware's interactivity, convenience, ductility must be noticed.
在吸附式制冷系统中，回热过程起到了重要作用。
Heat recovery processes have an important role in increasing the performance of system.
空调，或者制冷系统的工作，实际上是把热量从某种物体(例如空气)中带走的过程。
Air conditioning, or cooling, is really a process of removing heat from an object (like air).
结果是制冷剂在离开冷凝器时没有被完全液化，这减少了蒸发器中的冷却过程。
So the refrigerant will not be in a fully liquefied state as it exits the condenser, resulting in reduced cooling at the evaporator.
吸附床内传热过程的分析和计算是吸附式制冷研究的重要基础内容之一。
Analysis and calculation of the heat transfer in the adsorber is one of important fundamental tasks in the adsorption cooling study field.
简介了三元制冷系统的设计思路和工艺流程，针对开车运行过程中出现的问题，总结了处理方法。
Briefly presents the design clue of thoughts and process flow of the triple refrigeration system. Aimed at the problems existed in the startup of the plant, summarizes treating methods.
蒸汽动力系统和压缩制冷系统的综合与模拟是化工过程公用工程计算模拟的重要组成部分。
The synthesis and simulation of steam power system and compressed refrigeration are the important parts of utility engineering in the chemical processes.
本文综述了小型制冷系统启停过程的研究现状，详细说明和分析了制冷系统整个启停过程及由此造成的影响。
The paper summarizes research actuality of on-off operation of small refrigeration system, and explains and analyzes the whole on-off process and its influence.
本文提出了利用(？)力学优化对过程参数和流程进行热力学评价的方法，并用于氨吸收制冷流程。
By using thermodynamic optimization, a method of thermodynamic evaluation on the process parameters and the plants, especially, on the ammonia absorption refrigeration (AAR), is presented.
中厚板控制冷却时钢板的长度方向温度不均，冷却过程加剧了钢板纵向的温度不均匀性。
Uneven temperature already existed in plate lengthwise direction before cooling, and the uneven temperature tendency was aggravated after it cooled.
在控制冷却过程中，除开始冷却温度对试验钢的性能影响较大外，分段冷却工艺参数对试验钢性能的提高也起很大作用。
During controlled cooling, not only start cooling temperature affects mechanical properties of test steel, but also subsection cooling mode can increase mechanical properties of test steel.
本文论述模拟制冷活塞式压缩机工作过程的数学模型及其在计算机上的数值解方法。
This paper expounds the mathematical model which simulates the working process of refrigerating compressors and its digital algorithms by means of a computer.
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.
本文对采用线性滑轨支撑的整体式斯特林制冷机样机研制过程和性能实验的情况进行了介绍。
In this dissertation, the development processes of Stirling refrigerator prototype that adopts linear guide-way support and its performance tests are introduced.
利用数值方法模拟了高频微型同轴脉冲管制冷机内部气流交变流动和换热过程。
A numerical model for simulating the oscillating flow characteristics in a high frequency miniature pulse tube refrigerator was developed.
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