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关注:1
2013-05-23 12:21
求翻译:For the ammonia removal, sulfate radicals produced during TPO were able to effectively remove ammonia, like COD. Sulfate radicals, as a strong oxidizing agent, most likely gain electrons from the reductive ammonia nitrogen (NH3 and NH4þ), so that the nitrogen of ammonia is oxidized to a higher valence state (e.g. N2). 是什么意思? 待解决
悬赏分:1
- 离问题结束还有
For the ammonia removal, sulfate radicals produced during TPO were able to effectively remove ammonia, like COD. Sulfate radicals, as a strong oxidizing agent, most likely gain electrons from the reductive ammonia nitrogen (NH3 and NH4þ), so that the nitrogen of ammonia is oxidized to a higher valence state (e.g. N2).
问题补充: |
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2013-05-23 12:21:38
对于氨氮去除率, TPO过程中产生的硫酸根能够有效去除氨氮,化学需氧量一样。
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2013-05-23 12:23:18
正在翻译,请等待...
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2013-05-23 12:24:58
为氨撤除,在TPO期间被生产的硫酸盐基础能有效地取消氨,象鳕鱼。 硫化基础,作为一种强的氧化剂,很可能获取电子从与减少有关的氨氮气 (NH3和NH4þ),因此氨氮气被氧化对更高的价态 (即。 N2). 此外,过硫酸盐仅极大取消了氨在一大剂量 (S2O2 8 :12COD0 > 0.5),表示,过硫酸盐也许是一种潜在的氧化剂为氨在某些情况下。
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2013-05-23 12:26:38
除氨,TPO 过程中产生的硫酸根都能够有效去除氨,像化学需氧量。硫酸基,作为强氧化剂,最有可能获得电子从还原氨氮 (NH3 和 NH4þ),这样的氨氮氧化成更高的价态 (如 N2)。此外,过硫酸铵大大删除仅在高剂量的氨 (S2O2 8: 12COD0 > 0.5),显示那过硫酸铵可能会在某些条件下氨的潜在氧化剂。
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2013-05-23 12:28:18
对氨删除, sulfate 激进分子在 TPO 期间生产能有效地撤销氨,例如鳕鱼。Sulfate 激进分子,当一个强有力氧化代理很可能从 reductive 氨氮获得电子 ( NH3 和 NH4?),以便氨的氮被氧化到一个更高的化合价州 ( 例如N2 ).Furthermore, persulfate significantly removed ammonia only at a high dose (S2O2 8 :12COD0 > 0.5), showing that persulfate might be a potential oxidant for ammonia under
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