1)adsorption refrigeration吸附制冷
1.Adsorption performance of composite adsorbent for adsorption refrigeration;吸附制冷用复合吸附剂的吸附性能
2.Heat conduction enhancement of adsorbents in adsorption refrigeration system;吸附制冷用复合吸附剂导热性能强化
3.Adsorption isotherm estimation of composite adsorbents for adsorption refrigeration;吸附制冷用复合吸附剂的吸附等温线推算
英文短句/例句
1.Preparation and Enhancement of Heat Transfer of Composite Adsorbent for Adsorption Refrigeration;吸附制冷用复合吸附剂的制备及导热性能强化
2.The Performance of Solar Energy Adsorption Refrigeration Cooling System Using Evacuated Tubes Cooled by Water;真空集热管—水冷型太阳能吸附制冷的性能研究
3.ANALYSIS OF COMPOSITE ZEOLITE/FOAM ALUMINUM-WATER NON-EQULIBRIUM ADSORPTION REFRIGERATION沸石分子筛/泡沫铝复合吸附材料-水非平衡吸附制冷特性分析
4.Performance and Application of CaCl_2/Expanded Graphite Adsorbent for Double Htat Pipes Type Refrigeration System;氯化钙/膨胀石墨混合吸附剂的吸附特性及其在双热管型吸附制冷系统中的应用
5.Theoretical and Experimental Study on Technology of Fluidization Adsorption Refrigeration;流态化吸附制冷技术的理论及实验研究
6.Theoretical and Experimental Investigations of the Equilibrium Study for Fluidized Bed Adsorption Refrigeration;流化床吸附制冷平衡性能理论与实验研究
7.Theoretical and Experimental Study on Fluidization Adsorption Refrigeration System;流态化吸附制冷系统的理论与实验研究
8.Design and Numerical Simulation to Adsorption Bed of Solar Energy Adsorption Refrigeration;太阳能吸附式制冷吸附床的设计及数值模拟
9.Application Research on Heat Pipes Adsorbent Bed in Ship Solid Adsorption Refrigeration System;热管式吸附床在船舶吸附式制冷中的应用研究
10.Refrigeration Performance of a Silica Gel-Water Adsorption Chiller Driven by Variable Heat Source硅胶水吸附式制冷机组变热源下制冷性能
11.Prospect of Solid Adsorption Refrigeration Applied on vessels吸附式制冷在舰艇上的应用前景分析
12.Application of Absorption cooling machine in 110 kV Mengzi substation吸附式制冷机在110kV蒙自变电站的应用
13.Numerical Simulation of the Heat Transfer Process of the Adsorbent Bed in the Solid Adsorption System固体吸附式制冷系统中吸附床传热过程的数值模拟研究
14.APPLICATION OF SPIRAL PLATE ADSORBER TO HEAT REGENERATIVE ADSORPTION REFRIGERATION CYCLES螺旋板式吸附器的应用及连续回热型吸附式制冷循环的实现
15.The Study of Heat Transfer Enhancement of New Pin-Fin-Plate Adsorbent Bed in Solid Adsorption Refrigeration System;固体吸附式制冷系统中新型针刺板吸附床的强化传热研究
16.Optimal Research on Unit Pipe Adsorbent Bed of Adsorption Refrigeration System on Ship;船舶吸附式制冷系统单元管式吸附床的优化研究
17.Both sensible heat and adsorption heat of adsorbent bed can be recovered efficiently and easily.该装置能有效地回收太阳固体吸附式制冷循环中吸附床的显热及吸附热 ,且操作简便。
18.Design and Studies on Heat Transfer Mechanism of Ship s Air-condition Solid Adsorption Refrigeration System;船舶空调吸附式制冷系统设计及传热机理研究
相关短句/例句
adsorption cooling吸附制冷
1.By designing orthogonal tests and experimenting on simulative adsorption cooling systems, the optimum proportion of additives is determined.通过正交实验及在自行研制的模拟吸附制冷装置上进行制冷实验,确定了添加剂间的最佳配比。
2.Considering to the weakness of solar adsorption cooling system with a view to the intermittent characteristics, which can not refrigerate in daytime, a new adsorption bed of vacuum tube cooled by water flow is proposed and a continuous cycle operation for the adsorption bed with active carbon fibre (ACF )-methanol as adsorption-refrigerant pair is achieved.针对目前太阳能固体吸附制冷循环过程只能利用夜晚散热实现吸附制冷,不能在白天进行制冷的缺点, 提出了一种新型吸附集热系统:真空集热管-水冷型吸附集热床,以活性炭纤维-甲醇为工质对,实现连续制冷循环,并对其进行了两方面相关的性能实验。
3)absorption refrigeration吸附制冷
1.Composite absorbents for absorption refrigeration were produced by using mixed method.采用混合法制备用于吸附制冷过程的复合吸附剂 ;用静态法和真空重量法测定水或乙醇在自制复合吸附剂上的平衡吸附量 ;用热分析天平测定了复合吸附剂的脱水或脱乙醇的DTA曲线峰端温度。
4)adsorption refrigeration吸附式制冷
1.Dynamic operating characteristics for adsorption refrigeration;吸附式制冷系统运行参数动态特性
2.Thermodynamic analysis and performance of adsorption refrigeration loop;吸附式制冷循环热力学及性能
3.Study on solar heating system for adsorption refrigeration device;太阳能吸附式制冷装置中集热系统的研究
5)DY absorption refrigerationDY吸附制冷
1.DY absorption refrigeration system just needs low-grade exhaust heat as heat source,which makes refrigeration through solid CaCl_2 reacting with ammonia to achieve the refrigerating purpose.DY吸附制冷系统只需以低品位废热为热源,利用CaCl2固体对NH3的吸附、脱附反应而达到制冷目的。
6)adsorption refrigeration volume吸附制冷量
延伸阅读
吸附制冷机分子式:CAS号:性质:是一种用吸附剂的吸收和解吸来代替常用压缩机的制冷设备。在多孔固体吸附剂(如BX分子筛沸石)的吸附作用下,系统的真空度迅速提高,液态的冷冻剂蒸发,吸收气化潜热而制冷,在吸附剂吸附饱和后,将吸附剂加热解吸,放出冷冻剂的蒸气,经冷却后得到液态的冷冻剂,吸附剂再生。如此反复造成冷冻循环。
