活性蓄冷器,active magnetic regenerator
1)active magnetic regenerator活性蓄冷器
1.Thermodynamic performance ofactive magnetic regenerator (AMR) of room temperature magnetic refrigeration was experimentally studied and the refrigeration capacity data were obtained.采用金属钆作为磁性材料,建立了室温磁制冷系统实验台,开发了控制和采集系统,实验研究了在几种典型工况下室温磁制冷活性蓄冷器的热力性能,获得了制冷量的数据。
2.A basic model ofactive magnetic regenerator (AMR) was described, and the model was solved according to Lach theory adopting Mikusinski operational calculus method.介绍了活性蓄冷器的基本模型,并对该模型采用Lach理论以Mikusinski运算积分的方法进行求解,得到了活性蓄冷器温度分布的半解析解。
3.Active magnetic regenerator is the core of the room temperature magnetic refrigerator.活性蓄冷器是室温磁制冷机的核心部分,它的性能直接影响整个磁制冷系统。
2)AMR cycle活性蓄冷器循环
3)regenerator[英][ri"d?en?,reit?][美][r?"d??n?,ret?]蓄冷器
1.Program design forregenerator of a Stirling cooler;斯特林制冷机中蓄冷器的程序化设计
2.An experimental study on a two-stage G-M refrigerator operating in the liquid helium temperature region with the coldregenerator outside of the displacer has been studied.针对研制的一种蓄冷器外置型式的液氦温区Ｇ－Ｍ制冷机进行了实验研究。
3.Considering volumetric heat capacity and thermal penetration, the paper systematically analyzed the changes ofregenerator performances when the non-metallic matrices were used.从蓄冷填料的体积比热容和热穿透深度两方面入手,对脉冲管制冷机蓄冷器非金属化后的性能变化进行了系统的机理分析。
英文短句/例句
1.Regenerators are more versatile.蓄冷器适应性更强。
2.The corrosion problem is less in regenerative plants since the heating surface is provided by stones.在蓄冷器工厂中，因为加热表面是石头提供的，所以腐蚀问题较少。
3.The net result is an absorption of heat from the cold reservoir.最终结果是从冷蓄热器吸取了热。
4.Experimental Study on the Cold-cumulating and Dry-able Tin of the Open-mode Air-refrigeration Machine in the Field of Food Frozen;食品冷冻开式空气制冷机蓄冷干燥器的实验研究
5.Optimum Research on Slotted-pipe Diffuser of Naturally Stratified Water-storage Tank自然分层型水蓄冷条缝形布水器的优化研究
6.The Analysis of Influencing Factor on Performance of Thermal Stratification Tank with Porous Diffuser多孔布水器蓄冷水槽性能影响因素分析
7.Freezing and Melting Process Research of Ice Thermal Storage Air-conditioning System;冰蓄冷空调系统蓄冷释冷过程的研究
8.Research on the Performance of Underground Heat Exchanger of Heating (Cooling) System with Solar Soil Storage太阳能土壤蓄热供暖（冷）系统埋地换热器性能研究
9.Technical and economic comparison between energy storage technology and pumped storage power station蓄冷蓄热技术与抽水蓄能电站技术经济比较
10.An Experimental Study on Low-temperature Cool Storage Systems and Characteristics of Cool Charge and Discharge;共晶盐低温蓄冷系统的蓄放冷特性研究
11.An Experimental Study on Phase Change Materials Used as Low-temperature Cool Storage and Their Characteristics of Cool Charge;低温相变蓄冷材料及其蓄冷特性的实验研究
12.Numerical Simulation and Analysis of Thermal Storage Characteristic of Ice-on-Coil Ice Storage System盘管冰蓄冷装置蓄冷特性的数值模拟分析
13.DETERMINATION OF ICE-STORAGE RATE AND IMPACT OF IT ON THE SYSTEM ECONOMIC EFFECTS蓄冷率的确定及其对冰蓄冷系统经济性的影响
14.APPLICATIONS OF HYDRATE ON COOL STORAGE AND REFRIGERATION (HEAT PUMP) SYSTEM水合物在蓄冷及制冷(热泵)领域的应用
15.GRNN Based Hourly Cooling Load Prediction of Ice-storage Air-conditioning基于GRNN的冰蓄冷空调逐时冷负荷预测
16.The Application of Water Thermal and Cooling Storage CentralAir Conditioning System in Tianjing Yuetan Commerce Tower天津市月坛商厦水蓄热、水蓄冷中央空调系统
17.The Temperature Characteristics of the Ice Storage Tank in Ice Storage System刮刀式冰蓄冷系统蓄冰槽温度特性研究
18.Numerical simulation of ice charging and discharging process of coil ice storage system盘管冰蓄冷装置蓄、融冰过程的数值模拟分析
相关短句/例句
AMR cycle活性蓄冷器循环
3)regenerator[英][ri"d?en?,reit?][美][r?"d??n?,ret?]蓄冷器
1.Program design forregenerator of a Stirling cooler;斯特林制冷机中蓄冷器的程序化设计
2.An experimental study on a two-stage G-M refrigerator operating in the liquid helium temperature region with the coldregenerator outside of the displacer has been studied.针对研制的一种蓄冷器外置型式的液氦温区Ｇ－Ｍ制冷机进行了实验研究。
3.Considering volumetric heat capacity and thermal penetration, the paper systematically analyzed the changes ofregenerator performances when the non-metallic matrices were used.从蓄冷填料的体积比热容和热穿透深度两方面入手,对脉冲管制冷机蓄冷器非金属化后的性能变化进行了系统的机理分析。
4)ice storage tank冰蓄冷器
1.Performance evaluation indices ofice storage tanks;冰蓄冷器性能及其评价指标
5)Cool storage characteristics蓄冷特性
6)dynamic performance of ice storage蓄冷性能
1.The physical model of simulating thedynamic performance of ice storage for stacked rectangular capsules is developed and it seems to be satisfactory by comparing the numerical results with experimental date.本文建立了描述蓄冷平板堆积床动态蓄冷性能的数理模型，并与实验结果进行了比较，两者吻合得较好。
延伸阅读
蓄冷器（regenerator）蓄冷器（regenerator）是一种回热式热交换器，在低温循环中，它与热交换器的功能相同，即通过热量的交换，达到积蓄冷量的目的。蓄冷器只有一个通道。冷、热流体分别交替通过，它的传热过程在时间上分为加热与冷却两个阶段。在加热阶段，热流体通过蓄冷器，使蓄冷器中填料被加热，同时流体被冷却；在冷却阶段，冷流体反向通过蓄冷器，使蓄冷器填料被冷却而流体被加热，由于它在冷却热流体的过程会产生低温的物理吸附，使流体得到纯化。它的填料可用铜丝绒、不锈钢丝绒、小铅丸、铝矾及硫化铕等。它的比表面积可达3000～6000m2/m3，热交换的效率可达99，流阻小，流体经过时的压降也小，在液化器和气体制冷机中被广泛的使用。
