除湿

A new dehumidification air conditioning was put forward on the research above. The procedures were as follows. Firstly, on the basis of thermocompression air conditioning, liquid dehumidification system was added. Secondly, dehumidification solution was sprayed on the evaporator and condensator directly. The evaporator's cooling was used in dehumidification. The condensator's heat was used in the solution's regeneration. The latent heat charge and sensible heat charge were treated at the same time in this air conditioning process.

通过对上述内容的研究，提出了一种新型除湿空调，在现有蒸气压缩空调系统基础上，加入液体除湿系统，将除湿溶液直接喷淋在蒸发器和冷凝器上，用蒸发器冷量实现带冷却除湿，用冷凝器热量对稀溶液进行再生，实现对空气调节过程中潜热负荷和显热负荷同时进行处理。

In addition, DAWin (Dehu.Appliance) Exclusively distribute Sweden DehuTec Chemical Honey-Cone Rotor Air Dryer combine with end-users structure, to achieve low humidify air environment

达英科技秉持技术导向客户优先的一贯经营原则，集十数年除湿空调经验提供除湿解决方案给客户最佳选择；并代理瑞典DehuTec 蜂巢式化学除湿机搭配应用为客户架构最节能稳定的低湿空调环境。

In order to study dehumidify performance of variable frequency dehumidifier,transducer and performance test system were used to make dehumidifier work at different frequency and monitor dynamic parameter.

利用变频器和性能测试系统分别对除湿机进行变频调速控制和动态参数监测，从而研究变频除湿机的除湿性能。

This thesis introduced and studied the system flow and the design and betterment of the experiment table, and made the theoretic discussion and studied on several aspects such as dehumidify characteristic of liquor dehumidizer , the running characteristic of dehumidifier, energy storage characteristic with liquor and so on.

本文对系统流程、实验台的设计与改进进行了简单的介绍与研究；在溶液除湿剂的除湿特性、除湿器运行特性、溶液蓄能特性等方面均进行了理论上的探讨与研究。

In the experimental study of cooling liquid dehumidification facility, the results showed that it had high dehumidify capability if added some air wash in the liquid dehumidification process.

通过实验研究带冷却液体除湿系统，发现在液体除湿过程中加入一定冷量，可使除湿量有较大提高。

An adsorption dehumidifier was coupledbefore earth cooling system to dehumidify air beforehand. Thermodynamic analysis was also made for com-parison of the performance of the systems with or without adsorption dehumidifier on different outdoor airconditions.

本文中提出一种新型地冷耦合除湿型空调系统，在地冷系统前耦合吸附器对空气预除湿，并在不同的室外条件下，对独立地冷空调和地冷耦合除湿型空调系统进行了热力学分析和对比。

According to the theoretical analysis,the results show that the fresh air dehumidified before mixed with return air is more energy-saving among many kinds of realization shapes.Indoor exhaust used as regeneration air can also reduce the total energy consumption of the system.It may enhance the regeneration property when the recuperator is adopted to absorb energy to preheat the dilute liquid.

对此空调系统进行理论分析，得出如下结论：在溶液除湿蒸发冷却空调系统的多种实现形式中，新风经除湿后与回风混合比新回风混合后再除湿节能；将室内排风返回溶液再生器，进行热湿交换，既可加强对处理空气的预冷，回收排风冷量，又可提高再生器的效率，降低系统能耗；把回热器吸收除湿浓溶液中的部分热量用于溶液再生器的稀溶液预热，可以提高溶液的再生性能。

Presents the progress of investigation in physical properties of liquid desiccants, dehumidification enhancement of packed-type and internally-cooled dehumidifier s, and adding metal nanoparticles to liquid desiccants.

介绍了除湿溶液物理性质的研究进展、填料塔除湿器和内冷型除湿器的强化研究进展及添加金属纳米粒子强化除湿的研究。

The influence of the inlet solution concentration, solution flow rate, inlet air flow rate and temperature, air humidity on the absorbed process were studied for different liquid desiccants (calcium chloride, lithium chloride and calcium chloride mixture), and the dehumidifying effects of various mixture ratios on lithium chloride and calcium chloride mixture were also analyzed. The results show that the CELD (Cost-Effective Liquid Desiccant, the mixture ratio is 1:1) is more economical than pure lithium chloride solution, while its dehumidifying performance is better than calcium chloride solution.

针对不同的实验工质：氯化钙溶液、不同混合比的氯化钙和氯化锂混合溶液，研究了除湿器入口溶液浓度、入口空气流量、溶液流量及空气入口温度、湿度变化对除湿器除湿量的影响；以及氯化钙和氯化锂的混合质量比分别为1：1.5、1：1、1.5：1时的除湿效果；实验结果表明：用氯化钙和氯化锂混合质量比为1：1时的除湿溶液代替氯化锂溶液能节省费用，同时也改善了用纯氯化钙浓溶液作除湿剂时的除湿性能。

I produced wheel dehumidifier "heart" of components used Proflute Swedish company produces high-performance silica gel desiccant wheel and efficient to replace the molecular sieve desiccant wheel-made lithium chloride desiccant wheel.

而我公司生产的转轮除湿机的&心脏&部件全部采用瑞典Proflute公司生产的高效硅胶除湿转轮和高效分子筛除湿转轮来代替国产的氯化锂除湿转轮。

For a big chunk of credit-card losses; the number of filings (and thus charge-off rates) would be rising again, whether

年美国个人破产法的一个改动使得破产登记急速下降，而后引起了信用卡大规模的亏损。

Eph. 4:23 And that you be renewed in the spirit of your mind

弗四23 而在你们心思的灵里得以更新