过渡金属元素对锰基复合氧化物催化氧化氨氮活性形成的作用机制，国家自然科学基金青年项目，主持
复合锰氧化物催化氧化氨氮/锰活性控制因子与作用机理，中国博士后科学基金面上项目，主持；
复合锰氧化物高效催化氧化氨氮/锰的关键控制因素研究，陕西省教育厅重点实验室科研计划项目，主持；
西安建筑科技大学优秀博士学位论文培育基金，主持；

(1)YaCheng；ShashaZhang；TinglinHuang*；LijieCheng；XuanYao,Effectsofcoagulantsonthecatalyticpropertiesofironmanganesecooxidefilterfilmsforammoniumandmanganeseremovalfromsurfacewater.J.Clean.Prod.,2020,242,118494.(SCI1区)
(2)YaCheng；TinglinHuang*；ChenyangLiu；ShashaZhang,Effectsofdissolvedoxygenonthestartupofmanganeseoxidesfilterforcatalyticoxidativeremovalofmanganesefromgroundwater,Chem.Eng.J.,2019,371:88~95.(SCI1区)
(3)YaCheng；TinglinHuang*；YuankuiSun；XinxinShi,Catalyticoxidationremovalofammoniumfromgroundwaterbymanganeseoxidesfilter:Performanceandmechanisms,Chem.Eng.J.,2017,322:82~89.(SCI1区)
(4)YaCheng；WeiyaoXiong；TinglinHuang*,Catalyticoxidationremovalofmanganesefromgroundwaterbyiron–manganesecooxidefilterfilmsunderanaerobicconditions.Sci.TotalEnviron.,2020,737,139525.(SCI1区)
(5)YaCheng；TinglinHuang*；LijieCheng；YuankuiSun；LaishengZhu；YeLi,Structuralcharacteristicandammoniumandmanganesecatalyticactivityoftwotypesoffiltermediaingroundwatertreatment,JEnviron.Sci.,2018,72:89~97.(SCI2区)
(6)YaCheng；YeLi；TinglinHuang*；YuankuiSun；XinxinShi；YuezongShao,AcomparisonstudyofthestartupofaMnOxfilterforcatalyticoxidativeremovalofammoniumfromgroundwaterandsurfacewater,JEnviron.Sci.,2018,65(3):327~334.(SCI2区)
(7)YaCheng；TinglinHuang*；XinxinShi；GangWen；YuankuiSun,RemovalofammoniumionfromwaterbyNarichbirnessite:Performanceandmechanisms,JEnviron.Sci.,2017,57(7):402~410.(SCI2区)
(8)YaCheng；TinglinHuang*；LijieCheng；JunbinWu,StudyontheFactorsAffectingtheStartUpofIronManganeseCoOxideFiltersforAmmoniumandManganeseRemovalfromGroundwater,Int.J.Environ.Res.PublicHealth2018,15,1822.(SCI3区)
(9)YaCheng；ShashaZhang；TinglinHuang；FeifanHu；MinyiGao；XiruoNiu,EffectofAlkalinityonCatalyticActivityofIron–ManganeseCooxideinRemovingAmmoniumandManganese:PerformanceandMechanism,Int.J.Environ.Res.PublicHealth2020,17,784.(SCI3区)
(10)YaCheng；ShashaZhang；TinglinHuang*；YeLi,Arseniteremovalfromgroundwaterbyiron–manganeseoxidesfiltermedia:Behaviorandmechanism.WaterEnviron.Res.,2019,1–10.(SCI4区)
(11)YaCheng；WeiyaoXiong；TinglinHuang*,MechanisticinsightsintoeffectofstorageconditionsofFeMncooxidefiltermediaontheircatalyticpropertiesinammoniumnitrogenandmanganeseoxidativeremoval.Sep.Purif.Technol.,2021，259：118102.(SCI2区)

1)铁锰复合氧化物催化氧化同步去除水中氨氮、铁、锰机理及关键技术，陕西高等学校科学技术一等奖，2019，3/8；
2)铁锰复合氧化物催化氧化同步去除水中氨氮/锰关键技术，陕西省科学技术二等奖，2019，4/6；
3)“Effectsofdissolvedoxygenonthestartupofmanganeseoxidesfilterforcatalyticoxidativeremovalofmanganesefromgroundwater”被全球著名科技媒体机构“工程进展”(AdvancesinEngineering,AIE)遴选为关键科学文章；