制冷与空调（四川）
製冷與空調（四川）
제랭여공조（사천）
Refrigeration & Air Conditioning
2015年
5期
581-583
,共3页
沟槽热管%采暖工程%安装角度%换热性能
溝槽熱管%採暖工程%安裝角度%換熱性能
구조열관%채난공정%안장각도%환열성능
micro channel heat pipe%heating%installation angle%heat transfer character
热管作为一种高效的换热元件，其逐渐被运用于采暖领域。由于热管传热极限及重力的影响，热管安装角度就对其传热性能有较大的影响，对沟槽热管传热特性进行研究，并通过改变热管的安装角度研究其换热特性的改变，分析热管传热温差以及热管蒸发段温度与加热功率之间的关系，发现沟槽热管合适的安装角度为30°～60°。
熱管作為一種高效的換熱元件，其逐漸被運用于採暖領域。由于熱管傳熱極限及重力的影響，熱管安裝角度就對其傳熱性能有較大的影響，對溝槽熱管傳熱特性進行研究，併通過改變熱管的安裝角度研究其換熱特性的改變，分析熱管傳熱溫差以及熱管蒸髮段溫度與加熱功率之間的關繫，髮現溝槽熱管閤適的安裝角度為30°～60°。
열관작위일충고효적환열원건，기축점피운용우채난영역。유우열관전열겁한급중력적영향，열관안장각도취대기전열성능유교대적영향，대구조열관전열특성진행연구，병통과개변열관적안장각도연구기환열특성적개변，분석열관전열온차이급열관증발단온도여가열공솔지간적관계，발현구조열관합괄적안장각도위30°～60°。
Heat pipe is a kind of efficient heat transfer component, which is gradually applied to heating field. As the influence of heat transfer limit and gravity, the heat pipe installation angle has a great influence on the heat transfer performance. This paper studies the heat transfer characteristics of the micro channel heat pipe. The heat transfer characteristic was studied by changing the installation angle of the heat pipe, and the relationship between the heat transfer temperature difference and the heating power were analyzed. The suitable installation angle of the installation angle was 30°~60°.
