本发明具有热交换效率高、能耗低的优点。
The heat exchange system has the advantages of high heat exchange efficiency and low energy consumption.
良好的管理与维护，可保持该机优越的显热交换效率。
The good administration and maintenance can ensure the Fresh Air Supplier in its high heat transfer efficiency.
空气预热器的热交换效率对整个锅炉的热效率影响很大。
Heater exchanger efficiency of air preheater was important influence of heat efficiency on the boiler.
本发明提供了一种能够提高管状燃料电池的热交换效率的燃料电池。
Disclosed is a fuel cell wherein heat exchange efficiency with tube fuel-cell cells can be improved.
通过改变液氮在传热过程中的流动状态，改善液氮与吸附床之间的热交换效率。
In this paper, the heat transfer efficiency of the adsorption bed with different structure was studied with theoretic and experimental approaches.
此外，这种用于冰箱的除霜操作方法通过有效地执行除霜操作来提高热交换效率并减少功耗。
In addition, the defrost operating method for the refrigerator improves heat exchange efficiency and reduces power consumption by efficiently performing the defrost operation.
本发明涉及空气调节器技术领域，是一种能提高热交换器热交换效率的空调热交换器翅片结构。
The present invention relates to air conditioner technology, and is especially heat exchanger fin structure capable of raising the heat exchange efficiency of the heat exchanger.
在低温状态下它可提供良好的溶解度及确保油浴式蒸发器良好的回油情况以及较好的热交换效率。
It may provide the good solubility under the low temperature condition and guarantees the oil bath type evaporator good oil discharge situation as well as the good heat change efficiency.
优化扬料板结构型式及排列组合，可以改善烘干机内物料悬浮效果及分布状态，提高热交换效率；
Optimizing construction and arrangement of lifter can improve the fluidized result of dryers materials inside and distributing condition, and at the same time increase its heat exchange rate.
防止热交换器，管道，喷嘴，产品的堵塞和污染。保证热交换效率，节水节能，提高冷却循环水利用率。
Prevent pollute and top up, pipeline, probes product. Maximizing saving in water and energy improve to cooling circulation water's Vail ability.
L 2600新风换气机安装在空调系统主送风管道中，其显热交换效率与自备风机是否运转及湿度无关。
The YH - L2600 Fresh air Supplier is installed in the main entry air pipe of air condition system. Its heat transfer efficiency is not affected by the circulation of its fans and air humidity.
公司最初专注于攻克生物膜问题，卢说这些生物膜可以侵蚀水管，阻断空调系统的冷热交换，减少80%的能源效率。
The company is initially concentrating on biofilms that Lu says can corrode water pipes and block heat transfer in heating and cooling systems, decreasing energy efficiency by up to 80 percent.
高效率的热交换和背板通气孔保证了最大空气流量。
High-efficiency heat exchange and rear panel air vents ensure maximum air flow.
采用被动式原则，建筑高度绝缘，尽可能地采用密封空间，并使用一个高效率的热交换器使能源利用效率最大化。
Using passive house principles, the structure is heavily insulated, as air-tight as possible and employs a high-efficiency heat exchanger to maximize energy efficiency.
本发明所能达到的另一效果是能够最大限度地提高热交换器的效率。
Another effect of this invention is that it can most raise the efficiency of the heat exchanger.
对卧式热交换式方形分离器在不同风速和不同入口浓度下分离效率和阻力进行试验研究，并分析了运行工况分离性能。
An experimental study was conducted of the separation efficiency and separator resistance of a horizontal heat exchange mode based square separator under different air speeds and inlet concentrations.
在热回收方面，安装了效率高达85%的旋转热交换器。
For heat recovery, a rotary heat exchanger was installed, with efficiencies of up to 85%.
翅片管用于制造各种高效率的热交换器，特别在余热利用方面大显神通。
Finned tube is used to product various of efficient heat exchanger devices, especially in the remaining heat using area.
本文介绍新型空调节能设备——全热交换器的结构、工作原理、热效率及其应用。
The total heat exchanger is a new type of energy saving equipment for air-conditioning units.
研发的热交换器能够将排出的余气重新利用，热效率达到72%。
Equipped with the heat exchanger that can use residual heat to produce active steam, efficiency of the furnace is up to 72%.
通过一系列实验，研究了热湿交换材料特性、通道长度和运行工况等因素对全热交换器热回收效率的影响。
Through a series of experiments, studies the influence of material properties, passage dimensions and operating conditions on the cross-flow heat recovery ventilator (CFHRV).
实测结果表明，处理风量对板翅式全热交换器的显热效率和潜热效率均有一定的影响，但显热效率受到的影响作用相对较弱。
The experimental data show that the sensible heat effectiveness and moisture effectiveness are both affected by the disposing air quantity under certain conditions.
后者是由运作效率大于85%旋转热交换器组成的。
The latter consist of rotary heat exchangers operating at efficiencies of more than85 percent.
后者是由运作效率大于85%的旋转热交换器组成的。
The latter consist of rotary heat exchangers operating at efficiencies of more than 85 percent.
本发明涉及一种换热效率高、节能环保、免维修的不锈钢热交换器。
The invention relates to a stainless steel heat exchanger with high heat exchange efficiency, energy conservation, environmental protection and free maintenance.
铝材料的引进改变了传统铜管热交换器在重量和体积等方面的不足，使换热器的换热效率得到急剧提高。
Introduction of Aluminum material replaced the traditional heavy and spacious copper and makes the current heat exchanger more efficient.
但是如今国内生产的全热交换器，大部分都是叉流形式的，热回收效率难以得到提高。
But now the domestic heat exchange ventilators, most of which are forms of cross-flow, and their heat recovery effectiveness can hardly be improved.
应从提高电机效率，减少机壳内热交换来提高机器的性能。
To improve the compressor performance should be done by improving the motor efficiency and red...
应从提高电机效率，减少机壳内热交换来提高机器的性能。
To improve the compressor performance should be done by improving the motor efficiency and red...
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