论文著作(发表论文128篇) 1、Hongbin Xiong* ,Tianxin Liu,Haiyun Wang,|Chenxiao Feng,Simulationoftheimprovingeffectofgraphene visible‐light photocatalysis using the MIKE11 model of an urban landscape river in the Chaohu Lake Basin, China。2022,5,Natural Resource Modeling. 2022,6,35(3),e12344:1-18. 2、Hong-Bin Xion*g,Jian Chen,Xiao Ma,Meng-Ying Fang.Estimating PM2.5 concentration over the Anhui province,China,using Himawari-8 AOD and a GAM/BME Model.2021,6,Atmospheric Pollution Research: VOL12,lssue7,101110 3、Hong-bin XIONG*, Ya-ni MA and Tian-xin LIU.Purification analysis of urban rivers by combining graphene photocatalysis with sewage treatment improvement based on the MIKE11 model.2020,7,18,ENVIRONMENTAL TECHNOLOGY.:1-10H.-B. XIONG ET AL. 4、Yu Lei,Chengzhu,Zhu,Jun Lu,Yongchao,Qiuyue Zhang,Tianhu Chen, Hongbin Xiong*.Photochemical oxidation of di-n-nutyl phthalate in atmospheric hydrometeors by hydroxyl radicals from nitrous acid. Environmental Science and Pollution Research,Accpted(SCI/EI,IF=2.80); (Environ Sci Pollut Res2018) 25:31091-31100 5、Zhang Si-si,Method of Improving the Water Quality of Polluted Rivers Based on the MIKE11 Model,Dec 15 2017 | Huanjing Kexue 38 (12) , pp.5063-5073 6、Hong-bin Xiong*, Wei Wu,Study of Noise and Vibration Reduction from Underground Heating Water Pumping Station Based on Low-frequency 31.5-500Hz Noise Meetthe Standard in Residential Buildings,2015 4th International Conference on Energy and Environmental Protection (ICEEP 2015),June 2-4,2015,shenxzhen,China:2634-2646 7、CHEN Xinyan,XIONG Hongbin*,The Analysis of Identification and Prevention for the Environmental Risk from Incineration for Medical Wastes. 4th International Conference on Environmental Technology and Knowledge Transfer/1st InternationalSymposium on Environment Engineering( 4th ICET ), MAY 24-25, 2012,15-21,Hefei,P.R.china. 8、XIONG Hongbin*, JIN Xiao, WANG Ping, Study on the Effect of Land Use Change on Non-point Source Pollution in Chaohu Watershed—Taking Dongpu Reservoir As an Example.4th International Conference on Environmental Technology and Knowledge Transfer/1st InternationalSymposium on Environment Engineering( 4th ICET ), MAY 24-25,2012,591-597,Hefei,P.R.china. 9、WANGYufang,XIONG Hongbin*,,XIA Xiaoyu, Study on the Construction and Effectiveness Evaluation of Eco-industrial Chains of Electronic Information Industry inHigh-tech Zone——Case study of Eco-Industrial Park in High-tech Zone,Hefei. 4th International Conference on Environmental Technology and Knowledge Transfer/1st InternationalSymposium on Environment Engineering( 4th ICET ), MAY 24-25, 2012,656-662,Hefei,P.R.china. 10、XIONG Hong-bin*, XIA Xiao-yu, SHAN Jun-heng, Probe into Environmental Risk Assessment in Solar Cell Enterprise. 4th International Conference on Environmental Technology and Knowledge Transfer/1st InternationalSymposium on Environment Engineering( 4th ICET ), MAY 24-25, 2012,670-675,Hefei,P.R.china. 11、熊鸿斌*,周银双,基于三维水足迹-LMDI对安徽省水资源压力及驱动力分析,水土保持通报,2019,VOL.39.NO.5;194-203;(ISSN1000-288X,CN61-1094/X) 12、熊鸿斌*,许芳芳;高浓度有机精制甘油废水处理的工艺改造实例,中国给水排水,2019,11;VOL.35.NO.22,100-104;(ISSN1000-4602,CN12-1073/TU) 13、熊鸿斌*,陈雪,基于MIKE11污染河流水质改善最佳方案研究,中国给水排水,2019,2;VOL.35.NO.3,61-65;(ISSN1000-4602,CN12-1073/TU) 14、熊鸿斌*,周凌燕,基于水足迹-灰靶的安徽省水资源可持续利用评价,环境科学学报,2018,38(8):3329-3338 15、熊鸿斌,张斯思,匡武,吴蕾,朱慧娈,基于MIKE 11模型的引江济淮工程涡河段动态水环境容量研究,自然资源学报, 2017,8,32(8):1422-1432 16、熊鸿斌,张斯思,匡武,吴蕾,朱慧娈,基于MILL11模型入河水污染源处理措施的控制效能分析[J],环境科学学报,2017,4,37(4):1573-1581 17、熊鸿斌*,王翔宇,规模奶牛场废水处理工艺参数优化及效果分析,中国给水排水,2016,10;VOL.32.NO.19,99-102,107;(ISSN1000-4602,CN12-1073/TU) 18、王翔宇,熊鸿斌*,匡武,微动力A2O+潜流人工湿地工艺处理农村生活污水,中国给水排水,2015,8;VOL.31.NO.16,80-84;(ISSN1000-4602,CN12-1073/TU) 19、熊鸿斌*、吴胜方、赵娜娜,城市污水厂TN、TP达一级A标准的设计运行要点,中国给水排水,2011,9;VOL.27.NO.18,96-99; 20、熊鸿斌*、张正、谷良平,《城市粪便集中处理对合肥市污水处理厂的影响》,中国给水排水,2009,7;VOL.25.NO.14,17-21; 科研奖励、专利 1、《石灰法处理高浓度含磷废水技术》2002年获安徽省科学技术进步三等奖(第一);2000年国家重点环境保护实用技术; 2、《稀释法烟道气体自动监测仪的研制》2003年获合肥市科学技术奖(第三); 3、发明专利《混凝土搅拌机可拆式移动组装隔声房》; 4、发明专利《排油烟通风复合消声装置》; 5、《合肥车辆厂总排废水处理设计与研究》,合肥市人民政府科技进步奖(第一); 6、合肥荣事达电冰箱有限公司含磷废水处理工程,获安徽省环境污染治理优秀工程; 7、《关于合肥市加速推进工业化环境保护对策研究》合肥市优秀调研成果二等奖。 8、《城镇污水深度处理与示范》安庆市科学技术进步二等奖(第二); 9、实用新型专利,一种变压器房低频通风复合消声器,2014年; 10、实用新型专利,便于固液分离的电镀污水处理装置,2021; 11、实用新型专利,具有絮凝功能的组合式电镀设备,2021; 12、实用新型专利,一种用于电镀污水过滤处理的净化装置,2021; 13、软件著作权登记,第6927162号,电镀加工生产废水流程管理系统V1.0,登记号:2021SR0202845,2021.02.05 14、软件著作权登记,第6930143号,红薯加工水污染处理跟综监控服务系统V1.0,登记号:2021SR0205826,2021.02.05 |