With rapid development of industry, power machines and electronic
products are developing towards compactness and high
functionality, and the heat dissipated per unit volume increases
continuously. Thus, how to dissipate heat effectively is the important
topic for related industries. The impingement cooling is the
most extensively used and efficient cooling technique at present,
the cooling fluid impacts the heating surface directly and fully,
thus increasing the heat transfer of heat sink greatly. The combination
of impingement cooling technique and finned heat sink is the
main assembly design extensively applied to electronic equipment
heat sinking at present [1–5]. The traditional finned heat sink is no
longer able to meet the cooling requirement of electronic modules
with rapidly growing functions. Therefore, the development and
application of novel heat sinks become the important direction in
the research on improving and enhancing the cooling function of
this type of assembly
With rapid development of industry, power machines and electronicproducts are developing towards compactness and highfunctionality, and the heat dissipated per unit volume increasescontinuously. Thus, how to dissipate heat effectively is the importanttopic for related industries. The impingement cooling is themost extensively used and efficient cooling technique at present,the cooling fluid impacts the heating surface directly and fully,thus increasing the heat transfer of heat sink greatly. The combinationof impingement cooling technique and finned heat sink is themain assembly design extensively applied to electronic equipmentheat sinking at present [1–5]. The traditional finned heat sink is nolonger able to meet the cooling requirement of electronic moduleswith rapidly growing functions. Therefore, the development andapplication of novel heat sinks become the important direction inthe research on improving and enhancing the cooling function ofthis type of assembly
การแปล กรุณารอสักครู่..
