阐述了两种具有普遍意义的加载求解方法，为热源移动的动态热分析和ANSYS的二次开发提供了参考。
Two load-solution methods were expounded, which had an extensive significance and provided a reference for dynamic thermal analysis with a moving heat source, and for the second development of ANSYS.
浓时产生二次蒸汽，通过蒸发器上升管送入提取罐作提取的热源和溶液，维持提取罐内沸腾。
The second vapor produced during concentration can enter the extraction tank through the upward pipe at the evaporator to serve as the heat source for extraction to maintain the boil inside the tank.
浓时产生二次蒸汽，通过蒸发器上升管送入提取罐作提取的热源和溶液，维持提取罐内沸腾。
The second vapor produced during concentration can enter the extraction tank through the upward pipe at the evaporator to serve as the heat source for extraction to maintain the boil inside the tank.
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