程亚
博士生导师
硕士生导师
教师姓名：程亚
教师拼音名称：chengya
电子邮箱：
所在单位：环境与市政工程学院
学历：博士研究生毕业
性别：女
联系方式：所属院系：环境与市政工程学院
所属专业：
邮箱 : chengya@xauat.edu.cn
工作电话 : -
学位：博士学位
职称：教授
在职信息：在职
主要任职：西安建筑科技大学,环境与市政工程学院，教授
毕业院校：西安建筑科技大学给水排水工程专业
所属院系：环境与市政工程学院
其他联系方式
邮箱：
论文成果
- 唐欢,黄廷林,程亚,,张永志,熊卫耀.Effects of iron doping on catalytic oxidation activity of Mn-based co-oxide filter media for removal of ammonium and manganese from groundwater:Journal of Cleaner Production,2021
- 黄廷林,程亚,,张莎莎,李埜.Arsenite removal from groundwater by iron manganese oxides filter media: Behavior and mechanism:Water Environment Research,2019
- 文刚,程亚,,苗安琪,石峰凯.Key factors maintaining catalytic ammonium oxidation activity of manganese oxide active filter media: The role of bicarbonate:Journal of Environmental Chemical Engineering,2024
- 黄廷林,程亚,,熊卫耀.Mechanistic insights into effect of storage conditions of Fe-Mn co-oxide filter media on their catalytic properties in ammonium-nitrogen and manganese oxidative removal:Separation and Purification Technology,2021
- 黄廷林,程亚,,张莎莎,程丽杰,姚萱.Effects of coagulants on the catalytic properties of ironemanganese co-oxide filter films for ammonium and manganese removal from surface water:Journal of Cleaner Production,2020
- 杨福玲,黄廷林,文刚,程亚,.智慧化背景下给排水科学与工程专业创新创业微专业人才培养模式的探索与实践:中国给水排水,2025
- 王春维,文刚,黄廷林,程亚,,石峰凯,苗安琪.Comparing Mn-based oxides filters started by KMnO4 versus K2FeO4 for ammonium and manganese removal: Formation mechanism of active species:Journal of Environmental Sciences,2023
- 黄廷林,程亚,,刘晨阳,张莎莎.Effects of dissolved oxygen on the start-up of manganese oxides filter for catalytic oxidative removal of manganese from groundwater:Chemical Engineering Journal,2019
- 万琪琪,黄廷林,文刚,程亚,王军锋,王峰林,杨标.Enhanced oxidative removal of ammonia from groundwater: Unveiling the superior performance, kinetics, and mechanisms of ferric aluminate inorganic gel-strengthened iron/manganese oxide-loaded filter media:Chemical Engineering Journal,2025
- 文刚,黄廷林,程亚,,杨标,熊子康,马彩云.Adsorption and catalytic oxidation removal of Mn2+ by MnO2 with different crystal structures: Structure-activity relationship and mechanism:Water Research,2024
