葛四杰,尚可欣,王鑫,袁丽梅,师彤彤,张传义.Enhancing simultaneous nitrogen and phosphorus removal in secondary effluent by a novel coal gangue-sulfur autotrophic biofilter: performance and microbial mechanisms,2026,20(8): 129
葛四杰,尚可欣,王创,赵丹,袁丽梅,闫庆武,渠俊峰,高鹏,张传义.Synergistic Mechanism and Operational Limits of Fe0/Fe2+-Mediated Sulfur Autotrophic Denitrification for N/P Removal,2026,14(3),123015
葛四杰,陈歌,武昭昌,纵梦晨,陈若兰,张洁.PMS activation by MOF-derived bimetallic Mn0.8Co2.2O4 spinel: Efficient ofloxacin mineralization and synergistic mechanism elucidation,2026,538, 177000
葛四杰,陈歌,袁丽梅,吕君,师彤彤,张传义.Simultaneous denitrification and phosphorus removal accomplished by denitrifying biofilters assembled with innovative sulphur-fly ash ceramic carriers,2026,397: 128334
葛四杰,Xu, Qiang,Zhao, Jinsong,Wang, Sujing,Ho, Thomas,Lun, Xiaoxiu,Wang, Qiang.Comprehensive study on air-quality impacts from chemical plant flare emissions under planned or emergency shutdown operations,2024,卷: 15期: 5
葛四杰,杨大鑫,吕君,王振,张传义,张文华.复合硫基质驱动自养反硝化脱氮除磷效能与微生物群落结构,2024,43(4): 2135-2143
葛四杰,Sujing Wang,Qiang Xu,Thomas Ho.CAMx Simulations of the Control of Anthropogenic Emissions on the Reduction of Ozone Formation in Southeast Texas of USA,2021,12(7), 101114
葛四杰,Sujing Wang,Qiang Xu,Thomas Ho.Effect of Dynamic Low DREs from Flare Combustion on Regional Ozone Pollution during A Chemical Plant Shutdown,2021,254, 118399
葛四杰,Sujing Wang,Qiang Xu,Thomas Ho.Source apportionment simulations of ground-level ozone in Southeast Texas employing OSAT/APCA in CAMx,2021,253: 118370
葛四杰,Yiling Xu,Sujing Wang,Qiang Xu,Thomas Ho.A win-win strategy for simultaneous air-quality benign and profitable emission reduction during chemical plant shutdown operations,2021,147:1185-1192
葛四杰,Sujing Wang,Jian Zhang,Qiang Xu,Thomas Ho.Ozone Pollution Control Strategies Examined by Empirical Kinetics Modeling Approach over the Beaumont-Port Arthur Region in Texas of USA,2021,12: 403-413
葛四杰,Sujing Wang,Qiang Xu,Thomas Ho.Characterization and Sensitivity Analysis on Ozone Pollution over the Beaumont-Port Arthur Area in Texas of USA through Source Apportionment Technologies,2021,247, 105249