The modeling results are helpful to understand the generation mechanism of laser-sustained plasma and the complicated flow and heat transfer phenomena involved in the laser propulsion.
模拟结果有助于了解激光推进中激光维持等离子体产生的物理机制及有关的复杂流动与传热现象。
2
In this model, the contribution of blood flow and metabolic heatgeneration has been included and it is not required that the tissue be initially at its phase change temperature.
模型中包括有血流和代谢热的影响，且允许生物组织的初始温度高于其相变温度。
3
The irreversibility of heat transfer and fluid flowin regenerative he at exchanger was analyzed, and the number of entropy generation units was introduced.