在冲击试验中，引入红外热成像技术模拟、估算局部温度；
The transient temperatures during crushing were measured with a thermal infrared imaging technology.
并采用细丝热电偶实测火焰局部温度，对蜡烛火焰三维温度场可视化的结果进行了比较。
Using thermocouple, the temperatures of candle flames are measured. The measuring result and the reconstructing result are compared , the result is well, especially in the high temperature fields.
尽管体温持续上升，降低低位脑干的局部温度，可以延后呼吸衰竭的发生和延长动物的存活时间。
While the body temperature increased continuously, local cooling of the lower brainstem of these animals could delay the initiation of the respiratory failure and prolong the survival time.
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