It is mainly reason that wet and salt spray environment and thin film of chemical oxidation.
潮湿的盐雾环境和化学氧化膜的薄而软是引起腐蚀的主要原因。
The influence factors of chemical oxygen demand (COD) and removal effect of chroma during the wet air oxidation of degradation-resistant pesticide wastewater with high salinity were investigated.
采用湿式氧化技术研究高盐度、难降解农药废水在湿式氧化反应中COD去除率的影响因素及色度的去除效果。
Moreover, the approach combining thermal oxidation and wet-chemical favors the formation of the denser, ordered epitaxial ZnO nanorods on the surface of zinc foil.
热氧化-湿化学法制备的纳米棒在锌片表面更致密、排列更加有序、取向性更好。
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