据溶质空位复合体扩散的能量条件，提出溶质空位复合体扩散机制在双层辉光离子钨钼共渗中起重要作用。
According to the energy condition of solute vacancy complex diffusion, the mechanism of solute vacancy diffusion played an important role in the double glow plasma surface alloying process.
通过建立的试验装置研究发现，电极结构的改变可以使放电形成丝状模式向类似辉光的扩散模式的转化。
Through the establishment of the test device, the pattern of electrodes structure can change the discharge from filaments mode into diffuse mode similar to the glow.
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