利用实测的海底温度和海底热流资料对东海陆坡和冲绳海槽中轴以西的槽底地区的海底温度场和热流场进行了分析。
We analyze the distribution of temperature and heat flow of the sea floor sediment in the area of East China sea slope and West basin area of the Okinawa Trough.
实验确定了获得最大热流密度时的微槽表面尺寸为槽宽、槽深以及槽间距分别为0。
When the maximum heat flux density is acquired, the experiment confirms the groove surface size as follows: 0.
对高热流密度芯片的冷却要求进行了分析，采用有限元方法对微槽道冷却热沉的传热性能进行了数值模拟。
The finite element method is then used to numerically simulate the heat transfer performance of microchannels cooling heat sink.
应用推荐