1) active dehumidification wheel
主动除湿转轮
1.
Application of active dehumidification wheel to air conditioning systems for civil buildings;
主动除湿转轮在民用建筑空调领域的发展
2) desiccant wheel
除湿转轮
1.
Study of a Hybrid Air-conditioning System Incorporating GHP and Desiccant Wheel;
GHP结合除湿转轮的复合空调系统研究
2.
An automotive-derivative engine was converted to drive a vapor-compression chiller while waste heat from the engine was recovered to regenerate desiccant wheel for air-conditioning system.
由改装的天然气发动机直接驱动制冷机、产生冷冻水以承担显热负荷,同时回收发动机余热、再生除湿转轮来承担湿负荷,构成复合空调系统。
3.
Presents the principles and methods involved in dehumidification capacity measurement of the desiccant wheel.
介绍了除湿转轮的性能测试原理与方法,重点讨论了湿度测量方法对测量结果不确定性的影响,同时分析了流量仪表精度对性能测试的影响。
3) rotary dehumidification
转轮除湿
1.
Based on the design and operation characteristics of the combined system in an office building in Shanghai, simulates the energy consumption of the system with rotary dehumidification during cooling season using the EnergyPlus software.
根据上海一办公楼置换通风和冷却顶板复合系统的设计及运行特点,应用EnergyPlus软件模拟了采用转轮除湿方式的复合系统的供冷季能耗,并分别模拟了采用冷却除湿方式的复合系统、带热回收装置的混合通风系统和置换通风系统的供冷季能耗以进行对比。
2.
A combined air-conditioning system composed of gas engine-driven refrigerating unit and rotary dehumidification system is introduced, and the reasons influencing its extended application are discussed.
介绍了燃气发动机驱动制冷机组复合转轮除湿空调系统的组成,探讨了影响其推广的原因。
3.
Five schemes of the IES that combine gas-fired microturbine with rotary dehumidification are summed up.
归纳总结了5种微型燃气轮机与转轮除湿的集成能源系统方案,讨论了各个方案的特点及影响方案设计与性能的因素。
4) desiccant wheel
转轮除湿
1.
This paper is concerned with studies of two types of desiccant wheel systems combined with vapor compression and evaporation cooling hybrid air conditioning systems at equivalent comfort of indoor air condition to that of conventional air condition.
分析了太阳能作为再生热源时等舒适性室内状态点下,两种类型的转轮除湿、蒸气压缩和蒸发冷却相结合的转轮除湿空调系统,建立了系统的物理模型并对系统进行数学描述,通过与相同条件下常规蒸气压缩空调系统的计算比较分析,得出转轮除湿空调系统的空气质量流量减少了9。
2.
The influence of desiccant wheel on vapor-compression (V-C) subsystem in hybrid air condition of desiccant wheel combined with V-C cooling was studied here.
研究了转轮除湿复合式空调系统中,转轮除湿机的使用对蒸汽压缩子系统的影响,建立系统的物理模型,对系统进行数学描述,通过与相同条件下常规蒸汽压缩空调系统的比较分析得出,其压缩子系统的制冷负荷减少,压缩子系统性能系数提高,蒸发器和压缩机结构尺寸减小。
5) desiccant disc dehumidifier
除湿转轮
1.
The dehumidification principal,typical components,features,application and specification of a new type energy saving desiccant disc dehumidifier CDQ TM ave been briefly introduced.
介绍新型节能除湿转轮CDQTM的除湿原理、系统配置及特点、应用场合、机械规格要点等,表明其与传统的加热再生式除湿转轮的本质区别,不仅节能显著,而且突破冷水盘管的露点温度限制,极大提高冷水盘管的除湿能力。
2.
The dehumidification principal,typical components,features,application and specification of a new type energy saving desiccant disc dehumidifier CDQ TM have been briefly introduced.
介绍了新型节能除湿转轮的除湿原理、系统配置及特点、应用场合、机械规格要点等,表明其与传统的加热再生式除湿转轮的本质区别,不仅节能显著,而且突破冷水盘管的露点温度限制,极大提高冷水盘管的除湿能力。
6) rotary dehumidifier
除湿转轮
1.
Heat and mass transfer model for LiCl rotary dehumidifiers;
氯化锂除湿转轮传热传质模型
2.
Based on the fact that solar energy is usually most abundant when the load on an air-conditioning(AC) system peaks,and combining with the technologies of solar collectors,rotary dehumidifiers and conventional chillers,a design for a central AC system assisted by a solar-driven rotary dehumidifier was proposed.
根据一个事实 :空调系统处于峰值负荷的时候 ,通常是太阳能处于最丰富的时候 ,将太阳能集热器技术、转轮除湿技术和常规压缩制冷技术相结合 ,提出了一个太能能驱动除湿转轮辅助中央空调系统 ,并进行了可行性分析。
3.
Experimental results of the moisture load removing by rotary dehumidifier and the feasibility of implementation schemes show that,in summer,the rotary dehumidifier can satisfy the system demands when the outdoor air temperature and humidity are respectively lower than 30℃ and 8.
对利用除湿转轮处理系统湿负荷及实施方案的可行性进行了实验研究 ,结果表明 ,当夏季室外空气温度低于 30℃及相对湿度低于 80 %时 ,除办公类建筑外 ,除湿转轮均可满足系统运行要求 ;对于高温高湿地区 ,结合前置表冷器对新风进行预处理后利用转轮除湿不仅可以满足室内湿度的要求 ,而且可以达到低湿度 ;利用改变除湿转轮再生温度和处理风量的方法可以调节室内相对湿度 。
补充资料：祛风除湿
运用祛风湿的药物治疗湿气在表或风湿客于经脉的治法。风与湿合邪，侵袭人之体表，则卫气受遏，营卫之气不和，临床表现为头痛头重，腰脊重痛或不能转侧，恶寒微热，舌白脉缓之症；侵袭人之经脉，则经络不畅，气血运行发生障碍，就会导致肌肉、筋骨、关节疼痛、麻木、屈伸不利等证。祛风除湿通过消除风湿邪气，达到治疗的目的。常用的药物有羌活、独活、防风、苏叶、藁本等。治疗风湿在表的代表方剂如羌活胜湿汤。治疗风湿在里的证候，要采用舒筋活络的方法。
临床使用注意：祛风除湿药物多属辛香、温燥之品，易耗伤阴津，对素体阴虚、病后体弱者以及孕妇均应慎用。
临床使用注意：祛风除湿药物多属辛香、温燥之品，易耗伤阴津，对素体阴虚、病后体弱者以及孕妇均应慎用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条