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个人简介

石利红,女,1976年10月生,山西怀仁人,理学博士,教授,硕导。主持项目5项,共获资助55万,其中国家自然科学基金1项、省自然科学基金2项、省级横向科研项目2项;参与项目4项,其中国家自然科学基金1项、山西省回国留学人员科研项目1项、高等学校博士学科点科研基金1项、省自然科学基金1项。在Biosensors&Bioelectronics、Nanoscale、SensorsandActuatorsB、FuelProcessingTechnology、Fuel、催化学报等国内外知名期刊上发表研究论文46篇,被SCI收录18篇,其中包括SCI一区论文12篇,SCI二区论文5篇,影响因子大于5的论文12篇,总影响因子达93。申请国家发明专利8项,已授权4项。目前担任Biosensors&Bioelectronics、Nanoscale、SensorsandActuatorsB等重要国际期刊审稿人。 教育经历: 2003年9月----2008年6月中国科学院山西煤炭化学研究所博士(硕博连读) 1995年9月----1999年7月山西师范大学化学系大学本科 工作经历: 2018年12月至今山西大学化学化工学院教授 2016年2月----2017年2月加拿大西蒙菲沙大学访问学者 2013年12月----2018年11月山西大学化学化工学院副教授 2011年11月----2015年7月山西大学化学博士后流动站博士后 2008年7月----2013年11月山西大学化学化工学院讲师 讲授课程: 本科生:《无机化学》、《无机化学实验》

研究领域

1.碳纳米材料的制备及应用研究;2.多相催化。

科研项目: 主持项目5项: 1)疏水微介孔分子筛的设计及其在选择性费托合成中的应用。国家自然科学基金青年项目(21306108),资助25万。 2)绿色环保型双发射碳点荧光探针的构筑及其比率荧光传感研究。山西省自然科学基金(201701D121019),资助2万。 3)疏水微介孔分子筛的设计及其在选择性费托合成中的应用。山西省自然科学基金(2013011009-5),资助3万。 4)山西三维瀚森化工有限公司建设项目环境影响评价。横向科研项目,资助12万。 5)山西三维集团甲醛建设项目环境影响评价。横向科研项目,资助15万。 参与项目4项: 6)受体介导的碳点荧光探针的构筑及细胞成像研究。国家自然科学基金面上项目(21575084),资助65万,排名2。 7)Fe3O4/环糊精核壳结构磁性纳米药物载体的研制及应用。山西省回国留学人员科研项目/2013省留学人员,资助30万,排名2。 8)煤气化过程中汞、砷、硒、铅的动态释放行为与形态转化规律研究。山西省自然科学基金(2014011013),资助3万,排名2。 9)煤气化过程中汞、砷、硒、铅的转化行为研究。高等学校博士学科点专项科研基金/2011博士点新教师类(20111401120010),资助4万,排名3。 专利: 1)孙予罕,石利红,李德宝,侯博。一种疏水有机改性钴基费-托合成催化剂及制法和应用,中国专利,专利号:ZL200810054545.5,批准日期:2010.9.22。 2)石利红,李晓峰,赵俊秀,双少敏。一种双荧光碳纳米点的制备及应用,中国专利,专利号:ZL201410092695.0,批准日期:2016.1.20。 3)温香平,石利红,董川,双少敏。一种氮掺杂多色荧光碳点及其制备方法和应用,中国专利,专利号:ZL201510708649.3,批准日期:2017.10.17。 4)石利红,李林,华宇鹏,双少敏。一种氮掺杂黄色荧光碳点的制备方法及应用,中国专利,专利号:ZL201610796552.7,批准日期:2018.4.3。 5)石利红,李林,双少敏,董川。一种空心橙色荧光碳纳米粒子的制备方法及应用,中国专利,公开号:CN107603612A。 6)石利红,侯志朋,董川,双少敏。一种荧光碳点及其制备方法和应用,中国专利,申请号:201810770836.8。 7)石利红,李艳艳,李晓峰,温香平,双少敏。一种绿色荧光碳点的制备方法及在细胞成像方面的应用,中国专利,公开号:CN104403664A。 8)石利红,李晓峰,李艳艳,温香平,双少敏。颜色可调荧光碳点及其制备方法与应用,中国专利,公开号:CN104927845A。

近期论文

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1)LihongShi*,YanyanLi,XiaofengLi,BoZhao,XiangpingWen,GuomeiZhang,ChuanDong,ShaominShuang*.ControllablesynthesisofgreenandbluefluorescentcarbonnanodotsforpHandCu2+sensinginlivingcells.BiosensorsandBioelectronics,2016,77:598-602.(SCI1区,IF:7.78) 2)LihongShi*,YanyanLi,XiaofengLi,XiangpingWen,GuomeiZhang,JunYang,ChuanDong,ShaominShuang*.Facileandeco-friendlysynthesisofgreenfluorescentcarbonnanodotsforbioimaging,patterningandstaining.Nanoscale,2015,7,7394–7401.(SCI1区,IF:7.76) 3)LihongShi*,LinLi,XiaofengLi,GuomeiZhang,YanZhang,ChuanDong,ShaominShuang*.Excitation-independentyellowfluorescentnitrogen-dopedcarbonnanodotsforbiologicalimagingandpaper-basedsensing.SensorsandActuatorsB:Chemical,2017,251:234–241.(SCI1区,IF:5.401) 4)LihongShi*,BoZhao,XiaofengLi,GuomeiZhang,YanZhang,ChuanDong,ShaominShuang.Eco-friendlysynthesisofnitrogen-dopedcarbonnanodotsfromwoolformulticolorcellimaging,patterning,andbiosensing.SensorsandActuatorsB:Chemical,2016,235:316-324.(SCI1区,IF:5.401) 5)LihongShi,XiaofengLi,YanyanLi,XiangpingWen,JunfenLi,MartinM.F.Choi,ChuanDong,ShaominShuang*.Nakedoats-deriveddual-emissioncarbonnanodotsforratiometricsensingandcellularimaging.SensorsandActuatorsB:Chemical,2015,210:533-541.(SCI1区,IF:5.401) 6)LihongShi*,BoZhao,XiaofengLi,GuomeiZhang,YanZhang,ChuanDong,ShaominShuang*.Green-fluorescentnitrogen-dopedcarbonnanodotsforbiologicalimagingandpaper-basedsensing.Analyticalmethods,2017,9:2197-2204.(SCI3区,IF:1.915) 7)LihongShi*,ZhipengHou,CaihongZhang,GuomeiZhang,YanZhang,ChuanDong,ShaominShuang*.Concentration-dependentmulticolorfluorescentcarbondotsforcolorimetricandfluorescentbimodaldetectionsofFe3+andL-ascorbicacid.Analyticalmethods,2019,11:669-676.(SCI3区,IF:1.915) 8)XiangpingWen,LihongShi,GuangmingWen,YanyanLi,ChuanDong,JunYang,ShaominShuang*.Greenandfacilesynthesisofnitrogen-dopedcarbonnanodotsformulticolorcellularimagingandCo2+sensinginlivingcells.SensorsandActuatorsB:Chemical,2016,235:179–187.(共做第一作者,SCI1区,IF:5.401) 9)XiangpingWen,LihongShi,GuangmingWen,YanyanLi,ChuanDong,JunYang,ShaominShuang*.Greensynthesisofcarbonnanodotsfromcottonformulticolorimaging,patterning,andsensing.SensorsandActuatorsB:Chemical,2015,221:769-776.(共做第一作者,SCI1区,IF:5.401) 10)LihongShi*,DebaoLi,BoHou,YuelunWang,YuhanSun.ThemodificationofSiO2byvariousorganicgroupsanditsinfluenceonthepropertiesofcobalt-basedcatalystsforFischer–Tropschsynthesis.FuelProcess.Techno.2010,91:394-398.(SCI2区,IF:3.847) 11)LihongShi,JiangangChen,KegongFang,YuhanSun*.CH3-modifiedCo/Ru/SiO2catalystsandtheperformancesforFischer-Tropschsynthesis.Fuel,2008,87:521-526.(SCI2区Top,IF:4.601) 12)SHILihong,LIDebao,HOUBo,SUNYuhan*.OrganicmodificationofSiO2anditsinfluenceonthepropertiesofCo-basedcatalystsforFischer-Tropschsynthesis.ChineseJournalofCatalysis,2007,28(11):999-1002.(SCI2区,IF:2.813) 13)LihongShi*,XiaofengLi,DebaoLi,YuhanSun.DeactivationofCobalt-BasedCatalystsforFischer-TropschSynthesis.ChineseJournalofCatalysis,2010,31(12):1483-1488.(SCI2区,IF:2.813) 14)LihongShi*,XiaofengLi,DebaoLi,YuhanSun.SilylationofSiO2anditsinfluenceonthepropertiesofcobalt-basedcatalystsforFischer-Tropschsynthesis.JournalofFuelChemistryandTechnology,2012,40(6):737-742.(EI核心) 15)LinLi,LihongShi*,YanZhang,GuomeiZhang,CaihongZhang,ChuanDong,Hua-ZhongYu*,ShaominShuang*.Excitation-independentholloworange-fluorescentcarbonnanoparticlesforpHsensinginaqueoussolutionandlivingcells.Talanta,2019,196:109-116.(SCI2区,IF:4.244) 16)XiaofengLi,JunxiuZhao,LihongShi*.HydrophobicmodificationofSBA-15anditsinfluenceonthepropertiesofcobalt-basedcatalystsforFischer-Tropschsynthesis.JournalofFuelChemistryandTechnology,2014,42(4):455-460.(EI核心) 17)李晓峰,石利红*,华宇鹏.四氯化锡催化酮、胺、醛三组分“一锅法”Mannich反应.太原学院学报,2018,36(2):68-71. 18)李晓峰,华宇鹏,石利红*.曼尼希反应催化机理研究.化工设计通讯,2018,44(7):154. 19)CaihongZhang*,HonghongZhang,MiaoLi,YingZhou,GuomeiZhang,LihongShi,QingjiaYao,ShaominShuang,ChuanDong*.Aturn-onreactivefluorescentprobeforHg2+in100%aqueoussolution.Talanta,2019,197:218–224. 20)GuomeiZhang*,RuruWang,LihongShi,CaihongZhang,YanZhang,YingZhou,ChuanDong,GaoLi,ShaominShuang*.⁎Aggregationassemblyinducedemissionbasedonsilkfibroin-templatedfluorescentcoppernanoclustersfor“turn-on”detectionofS2−.Sensors&Actuators:B.Chemical,2019,279:361–368. 21)PengfeiGao,MinLia,YanZhang*,ChuanDong,GuomeiZhang,LihongShi,GaoLi,MingjianYu*,ShaominShuang*.Facile,rapidone-potsynthesisofmultifunctionalgoldnanoclustersforcellimaging,hydrogensulfidedetectionandpHsensing.Talanta,2019,197:1-11.(SCI2区,IF:4.244) 22)LixiaCui,HonghongZhang,GuomeiZhang,YingZhou,LiFan,LihongShi,CaihongZhang∗,ShaominShuang,ChuanDong∗.Substituenteffectontheacid-inducedisomerizationofspiropyrancompounds.SpectrochimicaActaPartA-MolecularAndBiomolecularSpectroscopy,2018,202:13-17.(SCI2区IF:2.880) 23)GuoXiaohong,ZhouYing,ShiLihong,ZhangYan,ZhangCaihong,DongChuan,ZhangGuomei*,ShuangShaomin*.LuminescenceEmissionofCopperNanoclustersbyEthanol-inducedAggregationandAluminumIon-inducedAggregation.ActaPhysico-ChimicaSinica,2018,34(7):818-824.(SCI4区IF:0.846) 24)YanZhang∗,JingjingJiang,MinLi,PengfeiGao,LihongShi,GuomeiZhang,ChuanDong,ShaominShuang∗.Brightfar-red/near-infraredgoldnanoclustersforhighlyselectiveandultra-sensitivedetectionofHg2+.SensorsandActuatorsB:Chemical,2017,238:683-692.(SCI1区,IF:5.401) 25)YanZhang∗,JingjingJiang,MinLi,PengfeiGao,GuomeiZhang,LihongShi,ChuanDong,ShaominShuang∗.GreenSynthesisofGoldNanoparticleswithPectinase:aHighlySelectiveandUltra-SensitiveColorimetricAssayforMg2+.Plasmonics,2017,12(3),717-727.(SCI2区,IF:2.467) 26)GuomeiZhang,*TingXu,HuizhiDu,YunyunQiao,XiaohongGuo,LihongShi,YanZhang,ShaominShuang,*ChuanDong,HuiminMa.AreversiblefluorescentpH-sensingsystembasedontheone-potsynthesisofnaturalsilkfibroin-cappedcoppernanoclusters.JournalofMaterialsChemistryC,2016,4,3540-3545.(SCI1区,IF:5.066) 27)GuomeiZhang,*YunyunQiao,TingXu,CaihongZhang,YanZhang,LihongShi,ShaominShuang,ChuanDong.Highlyselectiveandsensitivenanoprobesforcyanidebasedongoldnanoclusterswithredfluorescenceemission.Nanoscale,2015,7,12666-12672.(SCI1区,IF:7.76) 28)YunyunQiao,TingXu,YanZhang,CaihongZhang,LihongShi,GuomeiZhang*,ShaominShuang,ChuanDong.GreensynthesisoffluorescentcoppernanoclustersforreversiblepH-sensors.SensorsandActuatorsB:Chemical,2015,220:1064–1069.(SCI1区,IF:5.401) 29)YunyunQiao,YanZhang,CaihongZhang,LihongShi,GuomeiZhang∗,ShaominShuang,ChuanDong,HuiminMa∗.Water-solublegoldnanoclusters-basedfluorescenceprobeforhighlyselectiveandsensitivedetectionofHg2+.SensorsandActuatorsB:Chemical,2016,224:458–464.(SCI1区,IF:5.401) 30)XueweiZhao,JunliZhang,LihongShi,MingXian,ChuanDong,ShaominShuang.Folicacid-conjugatedcarbondotsasgreenfluorescentprobesbasedoncellulartargetingimagingforrecognizingcancercells.RSCAdvances,2017,7,(67):42159-42167.(SCI2区,IF:3.108) 31)XiaofengLi,LihongShi,LinLi,DongChuan,Chen-zhongLi*,ShaominShuang*.Recentadvancesincarbonnanodots:propertiesandapplicationsincancerdiagnosisandtreatment.JournalofAnalysisandTesting,2019,3:37-49. 32)LihongShi,JiangangChen,KegongFang,YuhanSun*.EffectofwateronthedeactivationofcoprecipitatedCo-ZrO2catalystforFischer-TropschSynthesis.Stud.Surf.Sci.Catal.,2007,167:97-102. 33)石利红,陈建刚,房克功,孙予罕*.水对单管运转Co基催化剂的F-T合成性能及结构的影响.石油化工,2005,34(增):313-315. 34)石利红,李德宝,侯博,孙予罕*.焙烧温度对共沉淀Co-ZrO2催化剂费-托合成反应性能的影响.分子催化,2007,21(增):107-108. 35)LihongShi*,YanyanLi,BoZhao,XiangpingWen,ShaominShuang*.ControllablesynthesisofgreenandbluefluorescentcarbonnanodotsforpHandCu2+sensinginaqueoussolution.2015InternationalSymposiumonAnalyticalBiosensors,November1,2015. 36)LihongShi*,BoZhao,YanyanLi,ShaominShuang*.Greensynthesisofnitrogen-dopedcarbondotsbywoolforFe3+sensing.2015InternationalSymposiumonAnalyticalBiosensors,November1,2015. 37)LihongShi*,YanyanLi,BoZhao,XiangpingWen,ShaominShuang*.ControllablesynthesisofgreenandbluefluorescentcarbonnanodotsforpHandCu2+sensinginaqueoussolution.2015年第十一届华北地区五省市化学学术研讨会,2015年8月10日-12日. 38)LihongShi*,BoZhao,YanyanLi,ShaominShuang*.Greensynthesisofnitrogen-dopedcarbondotsbywoolforFe3+sensing.2015年第十一届华北地区五省市化学学术研讨会,2015年8月10日-12日. 39)石利红*,李晓峰,赵俊秀,刘瑞卿,李俊芬.EffectsofhydrophobicmodificationonthedeactivationofCo-basedcatalystsforFischer-Tropschsynthesis.2014Australia-ChinaSymposiumonEnergy,May13-15,2014. 40)李艳艳,石利红,温香平,双少敏*.Hydrothermalsynthesisofnitrogen-dopedcarbonnanodotswithfluorescenceenhancement,Thesixthinternationalsymposiumonbioanalysis,biomedicalengineering,andnanotechnology,Changsha,China,May29-June1,2014. 41)LihongShi,DebaoLi,BoHou,YuhanSun*.ThemodificationofSiO2byvariousorganicgroupsanditsinfluenceonthepropertiesofcobalt-basedcatalystsforFischer-Tropschsynthesis.The7thChina-Koreaworkshoponcleanenergy,Taiyuan,Shanxi,China,June25-28,2008. 42)LihongShi,DebaoLi,BoHou,YaoXu,YuhanSun*.OrganicmodificationeffectsofsilicasupportforFischer-Tropschsynthesiscatalysts.InternationalPittsburghCoalConference,September29-October2,2008. 43)LihongShi,DebaoLi,BoHou,YuhanSun*.ThedeactivationofCo-Ru/SiO2catalystforFischer-Tropschsynthesis.14thInternationalCongressonCatalysis,Seoul,Korea,July13-18,2008. 44)LihongShi,JiangangChen,KegongFang,YuhanSun*.CatalyticperformanceofCH3-functionalizedCo/Ru/SiO2catalystforFischer-Tropschsynthesis.The9thChina-JapanSymposiumonCoalandC1Chemistry,Chengdou,Sichuan,China,October22-25,2006. 45)韩玉英,林培华,秦晓琴,李秦川,石利红*.无机化学实验教学改革探索.全国化学实验教学与实验室建设研讨会.2010年7月1-3. 46)刘亚纯,贾丽涛,石利红,陈建刚,房克功,孙予罕*.费-托合成钴催化剂的研究.第十三届全国催化学术会议,兰州,2006,9,18-20。

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