The heat pipe system is comprised of an evaporating pipe, a connecting pipe and a radiator;
所述的热管系统由蒸发管、连接管、散热器组成；
A new kind of high efficient self evaporating circulation rotating heat pipe cooling technique for the rotor of a continuous mixer has been proposed, and simulated test has been investigated.
提出一种新型高效自蒸发循环旋转热管冷却技术来冷却连续混炼机的转子，并进行了模拟试验研究。
Through the use of a glass tube and stainless steel tube a simulation was conducted of the evaporating section of the above mentioned heat pipe.
通过采用玻璃管和不锈钢管模拟分离式热管的蒸发段，对不同充液率和热流密度下，小螺旋管管内流体的流动与换热特性进行了实验研究。
Small diameter spiral tubes were employed in the evaporating section of a segregation type heat pipe.
将小螺旋管应用于分离式热管的蒸发段。
The rotating heat pipe cooling technique with self-evaporating circulating liquid for the rotor in continuous mixer was investigated by a simulating experiment.
研究结果表明，采用自蒸发循环旋转热管冷却技术冷却连续混炼机的转子具有高效的导热性、良好的表面均温性、无泄漏等优点。
The rotating heat pipe cooling technique with self-evaporating circulating liquid for the rotor in continuous mixer was investigated by a simulating experiment.
研究结果表明，采用自蒸发循环旋转热管冷却技术冷却连续混炼机的转子具有高效的导热性、良好的表面均温性、无泄漏等优点。
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