二、主要科研成果 1.beibei chai (柴蓓蓓), shuxuan wang, simin li, xiaohui lei*, ming li**, roles of bacterial biomass, physiology and community in sediment phosphorus solubilizing at varying hydrostatic pressures [j]. journal of cleaner production, 2021, vol 282, 124531. http:// doi.org/10.1016/j.jclepro.2020.124531. (sciⅰ区) 2.柴蓓蓓,曹锋锋,任武昂*.间歇曝气耦合内循环曝气生物滤池脱氮除磷性能研究[j]. 环境污染与防治, 2020, 42(12): 1443-1448（中文核心） 3.chai bb（柴蓓蓓）, huang tl, zhao xg, li yj. effects of hydrostatic pressure on the nitrogen cycle of sediment [j]. polish journal of environmental studies, 2016, 25(6):2293-2304. doi:10.15244/pjoes/64080 (sci) 4.bei-bei chai（柴蓓蓓）, ting-lin huang, xiao-guang zhao. microbial effects on nitrogen circulation and transformation on the water-sediment interface of source water reservoir [j]. chemical engineering transactions, 2016, 51,109-114. (ei) 5.bei-bei chai（柴蓓蓓）, ting-lin huang, xiao-guang zhao and ya-jiao li. phospholipids fatty acids of three drinking water reservoir sedimentary microbial community: structure and function responses to different hydrostatic pressure and other physicochemical properties [j] . journal of environmental biology, 2015,36,845-855 (sci) 6.beibei chai（柴蓓蓓）,yajiao li, tinglin huang and xiaoguang zhao. pollution characteristics of thermally-stratified reservoir: a case study of the heihe reservoir in xi’an city, china [j]. journal of chemical and pharmaceutical research, 2014, 6(7):1231-1240 (ei) 7.beibei chai（柴蓓蓓）, tinglin huang, weihuang zhu, et al. a new method of inhibiting pollutant release from source water reservoir sediment: chemical stabilization combined with water-lifting aerator [j]. journal of environmental science, 2011, 23（12）：1977-1982（sci,中科院ⅱ区） 8.chenglong liang, yan li, beibei chai（柴蓓蓓）, haiming wu. evaluating the effects of intermittent aeration and biochar addition onenhancing removal performance of subsurface wastewater infiltration systems with loess soil [j]. bioresource technology reports, 2019, 5:12-19. doi:org/10.1016/j.biteb.2018.11.010 9.yajiao li, meng wen, jiake li , beibei chai（柴蓓蓓）, chunbo jiang. reduction and accumulative characteristics of dissolved heavy metals in modified bioretention media [j]. water, 2018, 10（10）：:1488. doi:10.3390/w10101488 (sciⅱ区) 10.黄廷林，柴蓓蓓，邱二生，朱维晃. 水体－沉积物多相界面磷循环转化微生物作用实验研究[j]. 应用基础与工程科学学报，2010，18（1）：61-70（ei） 11.黄廷林，柴蓓蓓. 水源水库水质污染与富营养化控制技术研究进展[j]. 地球科学进展，2009，24(6)：588-596（cscd核心） 12.黄廷林，柴蓓蓓，宁亚平. 低残油土壤中高效降油菌的筛选分离与营养平衡[j].环境工程，2006，24（3）：7～9 （中文核心） 13.黄廷林，从海兵，柴蓓蓓，饮用水水源水质污染控制，中国建筑工业出版社北京 2009，isbn 978-7-1121-1689-8（专著） 三、授权专利 1.发明专利：黄廷林，柴蓓蓓. 高压多相界面模拟反应器 zl 200810150300.2授权日期：2010.11.10（已授权） 2.发明专利：黄廷林，柴蓓蓓. 基于扬水曝气技术的强化化学除磷无动力自动投加水质改善装置. zl 201210033645.6（已受权） 3.实用新型专利：柴蓓蓓王淑璇毛益坚. 一种模拟静水压变化对水体一沉积物界面影响的培养装置专利号：201620222889.2受权日期：2016.6.23（已授权） 4.实用新型专利：柴蓓蓓毛益坚王淑璇. —种深水沉积物采样器. 专利号：201620223387.1受权日期：2016.7.18（已授权） |
