采用热阻网络法,得出热管散热模组的数学模型。通过龙格-库塔(R-K)法,计算和模拟散热模组各点温度的瞬态响应。根据系统的温度响应特性,分析了热管散热模组的散热性能,以及散热器材料和风量变化对热管散热模组动态性能的影响,为改进散热器参数提供参考。 Using the thermal resistance network method, the mathematical model of the heat pipe cooling module is obtained. The Runge-Kutta (R-K) method was used to calculate and simulate the transient response of temperature at each point of the cooling module. According to the temperature response characteristics of the system, the heat dissipation performance of the heat pipe cooling module is analyzed, and the influence of the material and volume of the heat sink on the dynamic performance of the heat pipe cooling module is analyzed to provide reference for the improvement of the heat sink parameters.