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關注：1
2013-05-23 12:21
求翻譯：隨著體系中通氧量的提高，BPA降解速率有所提高，可能是由于氧氣吸收紫外光后可生成臭氧等次生氧化劑氧化有機物[67，176，,177]。另一可能的原因是氧氣與中間有機自由基產生H2O2[178]，為Fenton反應補充氧化劑，加快了BPA的降解速率。是什么意思？ 待解決
 懸賞分：1
- 離問題結束還有
隨著體系中通氧量的提高，BPA降解速率有所提高，可能是由于氧氣吸收紫外光后可生成臭氧等次生氧化劑氧化有機物[67，176，,177]。另一可能的原因是氧氣與中間有機自由基產生H2O2[178]，為Fenton反應補充氧化劑，加快了BPA的降解速率。
問題補充： |
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2013-05-23 12:21:38
With the improvement of the system through oxygen, the bpa degradation rate increase may be the oxygen absorption of UV generated ozone and secondary oxidants such as oxidation of organic compounds [67,176, 177]. Another possible reason is that oxygen and organic free radical intermediate h2o2 [178]
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2013-05-23 12:23:18
正在翻譯，請等待...
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2013-05-23 12:24:58
Passes the oxygen quantity along with the system in the enhancement, the BPA degeneration speed has the enhancement, after possibly is because the oxygen absorption ultraviolet ray may produce secondary oxidant oxidation organic matter (67,176,177) and so on ozone.Another possible reason is the oxyg
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2013-05-23 12:26:38
As the system passes oxygen increases, BPA degradation rate increase may be due to oxygen absorb UV light secondary oxidants such as ozone oxidation of organic compounds can be generated after [67,176,,177]. Another possible reason is that oxygen and organic production of free radicals in the Middle
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2013-05-23 12:28:18
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