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Innovative compact solar air conditioner based on fixed and cooled adsorption beds and wet exchangers

机译：基于固定和冷却的吸附床和湿式换热器的创新型紧凑型太阳能空调

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Finocchiaro P; Beccali M;
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年度 2014
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正文语种 eng
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机译：在超疏水涂层的帮助下，在潮湿条件下运行的空气冷却热交换器的节能
2. Airside thermal and hydraulic characteristics of compact bare tube heat exchanger under dry and wet conditions [J] . International Journal of Refrigeration . 2020,第期

机译：干湿条件下紧凑裸管热交换器的空间热和液压特性
3. Experimental study of a solid adsorption cooling system using flat-tube heat exchangers as adsorption bed [J] . W. S. Chang, C. C. Wang, C. C. Shieh Applied thermal engineering: Design, processes, equipment, economics . 2007,第13期

机译：以扁平管式换热器为吸附床的固体吸附冷却系统的实验研究
4. Innovative compact solar air conditioner based on fixed and cooled adsorption beds and wet heat exchangers [C] . Pietro Finocchiaro, Marco Beccali International Conference on Solar Heating and Cooling for Buildings and Industry . 2014

机译：基于固定和冷却的吸附床和湿式换热器的创新紧凑型太阳能空调
5. Predictive simulation of gas adsorption in fixed-beds and limitations due to the ill-posed Danckwerts boundary condition. [D] . Knox, James Clinton. 2016

机译：固定床中气体吸附的预测模拟以及由于不适定的Danckwerts边界条件而造成的限制。
6. Dataset on performance of solar powered agricultural produce cooling storage system under tropical conditions [O] . S.O. Oyedepo, J.A. Omoleye, O. Kilanko, 2019

机译：热带条件下太阳能农用制冷蓄冷系统性能数据集
7. Innovative Compact Solar Air Conditioner based on Fixed and Cooled Adsorption Beds and Wet Heat Exchangers [O] . Finocchiaro Pietro, Beccali Marco 2014

机译：基于固定和冷却吸附床和湿式换热器的创新型紧凑型太阳能空调
8. Analysis of a LiCl Open-Cycle Absorption Air Conditioner Which Utilizes a Packed Bed for Regeneration of the Absorbent Solution Driven by Solar Heated Air. Final Report of Innovative Research Program Subtask,December 1977--September 1978. [R] . leboeuf, c. m. loef, g. o. g. 1979

机译：利用填充床再生太阳能热空气驱动吸收剂溶液的LiCl开式循环吸收式空调器的分析。 1977年12月 - 1978年9月创新研究计划子任务最终报告。

Innovative compact solar air conditioner based on fixed and cooled adsorption beds and wet exchangers

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