制冷
製冷
제랭
REFRIGERATION
2015年
2期
67-71
,共5页
冯梦娇%孙文哲%胡选哲%顾晓勇%侯龙
馮夢嬌%孫文哲%鬍選哲%顧曉勇%侯龍
풍몽교%손문철%호선철%고효용%후룡
热管%吸附床%吸附制冷
熱管%吸附床%吸附製冷
열관%흡부상%흡부제랭
Heat pipe%Adsorber%Adsorption refrigeration
能源危机,环境恶化成为全世界共同面对的问题。吸附制冷作为一种绿色环保的制冷技术倍受青睐,成为众学者研究的课题。客观讨论,吸附制冷本身仍存在很多不足之处,为解决这些问题,国内外学者将热管与其结合研制出一系列新型制冷机组,在一定程度上缓解了吸附制冷的不足并提高了机组性能。同时还拓宽了热管吸附床系统的应用领域。本文主要介绍了一种交变式三温区热管吸附床的设计,该装置将热管与吸附制冷结合,优势互补。文中介绍了实验进行的原理及系统流程,详细阐述了实验装置各部件的设计细节。最后分析了其可行性并对其做了展望。
能源危機,環境噁化成為全世界共同麵對的問題。吸附製冷作為一種綠色環保的製冷技術倍受青睞,成為衆學者研究的課題。客觀討論,吸附製冷本身仍存在很多不足之處,為解決這些問題,國內外學者將熱管與其結閤研製齣一繫列新型製冷機組,在一定程度上緩解瞭吸附製冷的不足併提高瞭機組性能。同時還拓寬瞭熱管吸附床繫統的應用領域。本文主要介紹瞭一種交變式三溫區熱管吸附床的設計,該裝置將熱管與吸附製冷結閤,優勢互補。文中介紹瞭實驗進行的原理及繫統流程,詳細闡述瞭實驗裝置各部件的設計細節。最後分析瞭其可行性併對其做瞭展望。
능원위궤,배경악화성위전세계공동면대적문제。흡부제랭작위일충록색배보적제랭기술배수청래,성위음학자연구적과제。객관토론,흡부제랭본신잉존재흔다불족지처,위해결저사문제,국내외학자장열관여기결합연제출일계렬신형제랭궤조,재일정정도상완해료흡부제랭적불족병제고료궤조성능。동시환탁관료열관흡부상계통적응용영역。본문주요개소료일충교변식삼온구열관흡부상적설계,해장치장열관여흡부제랭결합,우세호보。문중개소료실험진행적원리급계통류정,상세천술료실험장치각부건적설계세절。최후분석료기가행성병대기주료전망。
Energy crisis and environmental degradation become the problem that confronted by all over the world. Traditional refrigeration led to the deterioration of environmental problems. Adsorption refrigeration become the subject of the study as it is a green refrigeration technology. Objective discussion of adsorption refrigeration itself, there are still many deficiencies,in order to solve these problems,the combination of heat pipe and its scholars both at home and abroad to develop a series of new type refrigeration units,to a certain extent,and improves the deficiency of the adsorption refrigeration unit performance. At the same time broaden the application field of heat pipe adsorption bed system. This paper mainly introduces a design of alternating temperature heat pipe adsorber,this de-vice combined heat pipe with adsorption refrigeration,complementary advantages. This paper introduces the princi-ple and the system of experiment process, details in this paper, the design of the experimental device compo-nents. Finally we analysis the feasibility of the system and prospect for the future.