微弧氧化技术是将铝合金置于电解液中通电使其表面产生微弧放电，而在铝合金表面原位生长一层陶瓷膜的表面处理技术。
It is a technology that ceramic film is formed in condition of hyperthermia and heavy pressure produced by micro-plasma on aluminum alloy in given electrolyte.
同一电解液中单脉冲的放电能量是决定涂层生长速率与组织结构的主要因素。
The growth rate and microstructure of the coatings are mainly dependent on discharging energy of a single pulse in the same electrolyte.
发现在非饱和浓度下生长的沉积物生长形貌受电解液浓度和滤纸纤维影响，外加磁场对其形貌的影响不明显。
It was found that the concentration of electrolyte and the fibre of filter paper influenced strongly the morphology of Zn electrodeposits obtained in unsaturated electrolyte.
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