...文档库 关键词: 喹啉, 反硝化, 降解率, 优势细菌, 群落 [gap=1233]Keywords: Quinoline, Denitrification, Degrading efficiency, Predominant bacteria, Community ...
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The nanostructure isn't immune to degrading, but this process is prolonged because its efficiency is 10 times greater than conventional batteries, Braun said.
布劳恩表示该奈米结构不能避免退化，但是该处理会延迟退化，因为它的效率是传统电池的10倍。
This needs these bacteria having strong ability in degrading phenol, and can more easily adapt to change of impact load, so that improving efficiency of degrading phenol.
这就需要这些菌种有较强的降解酚的能力，能较好的适应冲击负荷的变化，提高降酚的效率。
Optimum degrading condition can enhance the treatment efficiency and stability.
适宜的降解条件能促进装置效率的提高和系统的稳定。
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