首页> 外文会议>Fourth International Conference on Advanced Computational Methods in Heat Transfer held in Udine, Italy, in July 1996 >Prediction of fusion and vaporisation zones along a particle flow in an inductive plasma reactor with a 1-D heat transfer simulation
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Prediction of fusion and vaporisation zones along a particle flow in an inductive plasma reactor with a 1-D heat transfer simulation

机译:用一维传热模拟预测感应等离子体反应器中沿颗粒流的聚变区和汽化区

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摘要

Heat treatment of titanium powders by an inductive radio frequency plasma reactor is simulated. "Key parameters" of the process are exposed, bring out of literature data and experimental investigations to give basis conditions for the -D model used on spherical geometry, with classical boundary conditions, and more complex terms including phases changes. Simulation is very close to real condition taking into account the heat and mass transfer, considering the cloud of volatilization surrounding the particle.
机译:模拟了感应射频等离子体反应器对钛粉的热处理。揭露了该过程的“关键参数”,从文献数据和实验研究中得出了结论,为球形几何上使用的-D模型提供了基本条件,具有经典的边界条件,以及包括相变在内的更复杂的术语。考虑到热量和传质,模拟非常接近实际条件,同时考虑了粒子周围的挥发云。

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