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| PubMed | |
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Article by Sun, M. 1 |
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Article by Wang, Y. 1 |
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Article by Dong, J. 1 |
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Article by Geng, F. L. 1 |
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Article by Dong, L. L. 1 |
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Article by Diao, R. 2 |
ʵ���о��˺�ˮ���������Ҫ���������H2O2 ��������ˮ���������Ļ������ҪӰ�����أ�Ϊ��������Ⱦ����ˮ��ԭλ��ѧ�������ṩ��һ�����������ݡ�ʵ��ģ���ڵ��»����¶�8 �� �� 10 �������£����ö���ѧ���̶���������˥��������ϣ������������˥��ϵ��K = 0. 044 3 min �� 1 ; ��������H2O2 �����Ħ����Ϊ1��200; ��Ҫ���������H2O2 ������������������Ϊ: ������ ������ ���������� ������
In order to provide theoretic basis on in-situ chemical remediation technologies of nitrobenzene contaminated groundwater��the experiment was conducted to investigate the mechanisms and main influencing factors of nitrobenzene ( NB) oxidation by hydrogen peroxide catalyzed with iron oxides in aquifer materials�� The experiment fitted the attenuation of NB using dynamic equation��and the simulant underground temperature is 8 �� �� 10 �森 The results indicated the attenuation coefficient is 0. 044 3 min-1��the best mole ratio of NB ( H2O2 ) is 1��200��and the NB oxidation ability by H2O2 catalyzed by iron oxides is in the following order: magnetite ��goethite �� ferric hydroxide ��hematite��