Page 83 - 2016地大报告-电子书

环境学院发展报告

ferentiable. The hydraulic conductivity function is composed of the capillary-driven term and

film associated term, which is easy to apply. The new model has capacity to represent the bi

modal hydraulic properties that are often present in structured and aggregated soils. Testing

with the published data of sixteen soils shows good performance for both the water retention

curve and the hydraulic conductivity function. For most soils, the new model results in a better

agreement with observations than a published model. The result also indicates a possibility to

improve thepreviously published film-associated hydraulic conductivity function. (C) 2016

Elsevier B.V. All rights reserved.

论文连接：https://doi.org/10.1016/j.jhydrol.2016.07.046

21. Efficient activation of peroxymonosulfate by magnetic Mn-MGO for

degradation of bisphenol A

作 者 : Jiangkun Du（杜江坤，博士生）；JianguoBao（鲍建国）； Ying Liu,

Haibo Ling；Han Zheng； Sang Hoon Kim；Dionysios D. Dionysiou

JOURNAL OF HAZARDOUS MATERIALS 卷 : 320 页 : 150-159 出版年 : DEC 15

2016

摘 要：A heterogeneous manganese/magnetite/graphene oxide (Mn-MGO) hybrid

catalyst was fabricated through the reduction of KMnO4 by ethylene glycol in the presence

of magnetite/GO (MGO) particles.

The Mn-MGO catalyst exhibited

high efficacy and long-term stability

in activating peroxymonosulfate

(PMS) to generate sulfate radicals

for the removal of bisphenol A (BPA)

from water. The results of the batch experiments indicated that an increase in the catalyst

dose and solution pH could enhance BPA degradation in the coupled Mn-MGO/PMS system.

Regardless of the initial pH, the solution pH significantly dropped after the reaction, which

was caused by catalytic PMS activation. The production of sulfate radicals and hydroxyl

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