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1.QiangLu*,Ze-xiangWang,Hao-qiangGuo,KaiLi,Zhen-xiZhang,Min-shuCui,Yong-pingYang.Selectivepreparationofmonocyclicaromatichydrocarbonsfromex-situcatalyticfastpyrolysisofpineoverTi(SO4)2-Mo2N/HZSM-5catalyst.Fuel,2019,243:88-96.
2.QiangLu*,YueHou,SajidaRiffatLaraib,OmeralfarougKhalifa,KaiLi,Wen-luanXie,Min-shuCui,Yong-pingYang.Electro-catalyticsteamreformingofmethaneoverNi-CeO2/γ-Al2O3-MgOcatalyst.FuelProcessingTechnology,2019,192:57-64.
3.QiangLu*,Zhen-xiZhang,Xiao-ningYe,KaiLi,Min-shuCui,Yong-pingYang.Catalyticfastpyrolysisofalkali-pretreatedbagasseforselectivepreparationof4-vinylphenol.JournalofAnalyticalandAppliedPyrolysis,2019,143:104669.
4.QiangLu*,Yu-tingWu,BinHu,JiLiu,Ding-jiaLiu,Chang-qingDong,Yong-pingYang.Insightintothemechanismofsecondaryreactionsincellulosepyrolysis:interactionsbetweenlevoglucosanandaceticacid.Cellulose,2019,26:8279-8290.
5.BinHu,QiangLu*,Xiao-yanJiang,JiLiu,Min-shuCui,Chang-qingDong,Yong-pingYang.Formationmechanismofhydroxyacetoneinglucosepyrolysis:Acombinedexperimentalandtheoreticalstudy.ProceedingsoftheCombustionInstitute,2019,37:2741-2748.
6.BinHu,QiangLu*,Zhen-xiZhang,Yu-tingWu,KaiLi,Chang-qingDong,Yong-pingYang.Mechanisminsightintothefastpyrolysisofxylose,xylobioseandxylanbycombinedtheoreticalandexperimentalapproaches.CombustionandFlame,2019,206:177-188.
7.BinHu,QiangLu*,Yu-tingWu,JiLiu,KaiLi,Chang-qingDong,Yong-pingYang.Interactionbetweenaceticacidandglycerol:Amodelforsecondaryreactionsduringholocellulosepyrolysis.TheJournalofPhysicalChemistryA,2019,123:674-681.
8.Xiao-yanJiang,QiangLu*,BinHu,Deng-yuChen,JiLiu,Chang-qingDong.InfluenceofinherentalkalimetalchloridesonpyrolysismechanismofaligninmodeldimmerbasedonDFTstudy.JournalofThermalAnalysisandCalorimetry,2019,137:151-160.
9.Yang-wenWu,ZulfiqarAli,QiangLu*,JiLiu,Ming-xinXu,LiZhao,Yong-pingYang.EffectofWO3dopingonthemechanismofmercuryoxidationbyHCloverV2O5/TiO2(001)surface:Periodicdensityfunctionaltheorystudy.AppliedSurfaceScience,2019,487:369-378.
10.JiLiu,Xiao-leiZhang*,QiangLu*,AlexanderShaw,BinHu,Xiao-yanJiang,Chang-qingDong.MechanismstudyontheeffectofalkalimetalionsontheformationofHCNasNOxprecursorduringcoalpyrolysis.JournaloftheEnergyInstitute,2019,92:604-612.
11.Ming-xinXu,Ya-changWu,Dong-hongNan,QiangLu*,Yong-pingYang.Effectsofgaseousagentsontheevolutionofcharphysicalandchemicalstructuresduringbiomassgasification.BioresourceTechnology,2019,292:121994.
12.JiLiu,Xiao-leiZhang*,AlexanderShaw,QiangLu*,BinHu,Chang-qingDong,Yong-pingYang.TheoreticalstudyoftheeffectofhydrogenradicalsontheformationofHCNfrompyrrolepyrolysis.JournaloftheEnergyInstitute,2019,92:1468-1475.
13.Zhen-xiZhang,KaiLi,Shan-weiMa,Min-shuCui,QiangLu*,Yong-pingYang.Fastpyrolysisofbiomasscatalyzedbymagneticsolidbasecatalystinahydrogenatmosphereforselectiveproductionofphenol.IndustrialCrops&Products,2019,137:495-500.
14.ZhongLiu,JianHan,LiZhao,Yang-wenWu,Han-xiaoWang,Xin-qiPei,Ming-xinXu,QiangLu*,Yong-pingYang.EffectsofSeandSeO2onthedenitrificationperformanceofV2O5-WO3/TiO2SCRcatalyst.AppliedCatalysisA,General,2019,587:117263.
15.YingZhang*,Zi-guoYuan,BinHu,JinDeng,QianYao,XinZhang,Xiao-haoLiu,YaoFu,QiangLu*.Directconversionofcelluloseandrawbiomasstoacetonitrilebycatalyticfastpyrolysisinammonia.GreenChemistry,2019,21:812-820.
16.QiangLu*,BinHu,Zhen-xiZhang,Yu-tingWu,Min-shuCui,Ding-jiaLiu,Chang-qingDong,Yong-pingYang.Mechanismofcellulosefastpyrolysis:Theroleofcharacteristicchainendsanddehydratedunits.CombustionandFlame,2018,198:267-277.
17.QiangLu*,Min-xingZhou,Wen-taoLi,XinWang,Min-shuCui,Yong-pingYang.Catalyticfastpyrolysisofbiomasswithnoblemetal-likecatalyststoproducehigh-gradebio-oil:AnalyticalPy-GC/MSstudy.CatalysisToday,2018,302:169-179.
18.QiangLu*,Hao-qiangGuo,Min-xingZhou,Zhen-xiZhang,Min-shuCui,Yuan-yuanZhang,Yong-pingYang,Lai-baoZhang.Monocyclicaromatichydrocarbonsproductionfromcatalyticcrackingofpinewood-derivedpyrolyticvaporsoverCe-Mo2N/HZSM-5catalyst.ScienceoftheTotalEnvironment,2018,634:141-149.
19.QiangLu*,Xiao-ningYe,Zhen-xiZhang,Ze-xiangWang,Min-shuCui,Yong-pingYang.Catalyticfastpyrolysisofsugarcanebagasseusingactivatedcarboncatalystinahydrogenatmospheretoselectivelyproduce4-ethylphenol.JournalofAnalyticalandAppliedPyrolysis,2018,136:125-131.
20.QiangLu*,Hao-qiangGuo,Min-xingZhou,Min-shuCui,Chang-qingDong,Yong-pingYang.SelectivepreparationofmonocyclicaromatichydrocarbonsfromcatalyticcrackingofbiomassfastpyrolysisvaporsoverMo2N/HZSM-5catalyst.FuelProcessingTechnology,2018,173:134-142.
21.QiangLu*,Zhen-xiZhang,XinWang,Hao-qiangGuo,Min-shuCui,Yong-pingYang.Catalyticfastpyrolysisofbiomassimpregnatedwithpotassiumphosphateinahydrogenatmospherefortheproductionofphenolandactivatedcarbon.FrontiersinChemistry,2018,6:32.
22.Xiao-yanJiang,QiangLu*,BinHu,JiLiu,Chang-qingDong*,Yong-pingYang.Intermolecularinteractionmechanismofligninpyrolysis:Ajointtheoreticalandexperimentalstudy.Fuel,2018,215:386-394.
23.BinHu,QiangLu*,Yu-tingWu,Zhen-xiZhang,Min-shuCui,Ding-jiaLiu,Chang-qingDong,Yong-pingYang.Catalyticmechanismofsulfuricacidincellulosepyrolysis:Acombinedexperimentalandcomputationalinvestigation.JournalofAnalyticalandAppliedPyrolysis,2018,134:183-194.
24.BinHu,QiangLu*,Xiao-yanJiang,Xiao-chenDong,Min-shuCui,Chang-qingDong,Yong-pingYang.Pyrolysismechanismofglucoseandmannose:Theformationof5-hydroxymethylfurfuralandfurfural.JournalofEnergyChemistry,2018,27:486-501.
25.LiZhao,YuLiu,Yang-wenWu,JianHan,Song-linZhang,QiangLu*,Yong-pingYang.MechanismofheterogeneousmercuryoxidationbyHClonV2O5(001)surface.CurrentAppliedPhysics,2018,18(6):626-632.
26.QiangLu*,Zhi-boZhang,Xiao-ningYe,Wen-taoLi,BinHu,Chang-qingDong,Yong-pingYang.Selectiveproductionof4-ethylguaiacolfromcatalyticfastpyrolysisofsoftwoodbiomassusingPd/SBA-15catalyst.JournalofAnalyticalandAppliedPyrolysis,2017,123:237-243.
27.Xiao-ningYe,QiangLu*,XinWang,Hao-qiangGuo,Min-shuCui,Chang-qingDong*,Yong-pingYang.Catalyticfastpyrolysisofcelluloseandbiomasstoselectivelyproducelevoglucosenoneusingactivatedcarboncatalyst.ACSSustainableChemistry&Engineering,2017,5(11):10815-10825.
28.BinHu,QiangLu*,Xiao-yanJiang,Xiao-chenDong,Min-shuCui,Chang-qingDong,Yong-pingYang.Insightintotheformationofanhydrosugarsinglucosepyrolysis:ajointcomputationalandexperimentalinvestigation.Energy&Fuels,2017,31(8):8291-8299.
29.Xiao-yanJiang,QiangLu*,BinHu,JiLiu,Chang-qingDong,Yong-pingYang.Acomprehensivestudyonpyrolysismechanismofsubstitutedβ-O-4typelignindimers.InternationalJournalofMolecularSciences,2017,18(11):2364.
30.QiangLu*,Xiao-ningYe,Zhi-boZhang,Min-shuCui,Hao-qiangGuo,WeiQi*,Chang-qingDong,Yong-pingYang.Catalyticfastpyrolysisofbagasseusingactivatedcarboncatalysttoselectivelyproduce4-ethylphenol.Energy&Fuels,2016,30(12):10618-10626.
31.QiangLu*,Hui-yunTian,BinHu,Xiao-yanJiang,Chang-qingDong,Yong-pingYang.Pyrolysismechanismofholocellulose-basedmonosaccharides:Theformationofhydroxyacetaldehyde.JournalofAnalyticalandAppliedPyrolysis,2016,120:15-26.
32.Xiao-ningYe,QiangLu*,Wen-taoLi,PanGao,BinHu,Zhi-boZhang,Chang-qingDong.SelectiveproductionofnicotyrinefromcatalyticfastpyrolysisoftobaccobiomasswithPd/Ccatalyst.JournalofAnalyticalandAppliedPyrolysis,2016,117:88-93.
33.Zhi-boZhang,QiangLu*,Xiao-ningYe,Wen-taoLi,BinHu,Chang-qingDong*.Productionofphenolic-richbio-oilfromcatalyticfastpyrolysisofbiomassusingmagneticsolidbasecatalyst.EnergyConversionandManagement,2015,106:1309-1317.
34.Zhi-boZhang,QiangLu*,Xiao-ningYe,Ti-pengWang,Xian-huaWang,Chang-qingDong.Selectiveproductionoflevoglucosenonefromcatalyticfastpyrolysisofbiomassmechanicallymixedwithsolidphosphoricacidcatalysts.BioEnergyResearch,2015,8(3):1263-1274.
35.Zhi-boZhang,QiangLu*,Xiao-ningYe,Wen-taoLi,YingZhang,Chang-qingDong*.Selectiveproductionof4-ethylphenolfromlow-temperaturecatalyticfastpyrolysisofherbaceousbiomass.JournalofAnalyticalandAppliedPyrolysis,2015,115:307-315.
36.JunTao*,QiangLu*,Chang-qingDong,Xiao-zeDu,ErikDahlquist.Effectsofelectriccurrentuponcatalyticsteamreformingofbiomassgasificationtarmodelcompoundstosyngas.EnergyConversionandManagement,2015,100:56-63.
37.LeiChen,Xian-huaWang*,Hai-pingYang,QiangLu*,DiLi,QingYang,Han-pingChen.Studyonpyrolysisbehaviorsofnon-woodyligninswithTG-FTIRandPy-GC/MS.JournalofAnalyticalandAppliedPyrolysis,2015,113:499-507.
38.LeiChen,Xiao-ningYe,Fei-xianLuo,Jing-aiShao*,QiangLu*,YangFang,Xian-huaWang,Han-pingChen.Pyrolysismechanismofβ-O-4typeligninmodeldimer.JournalofAnalyticalandAppliedPyrolysis,2015,115:103-111.
39.QiangLu*,Xiao-ningYe,Zhi-boZhang,Chang-qingDong,YingZhang.CatalyticfastpyrolysisofcelluloseandbiomasstoproducelevoglucosenoneusingmagneticSO42-/TiO2-Fe3O4.BioresourceTechnology,2014,171:10-15.
40.QiangLu*,YangZhang,Chang-qingDong,Yong-pingYang,Hai-zhuYu*.Themechanismfortheformationoflevoglucosenoneduringpyrolysisofβ-d-glucopyranoseandcellobiose:Adensityfunctionaltheorystudy.JournalofAnalyticalandAppliedPyrolysis,2014,110:34-43.
41.QiangLu*,Zhi-boZhang,Xiao-chuYang,Chang-qingDong,Xi-fengZhu.CatalyticfastpyrolysisofbiomassimpregnatedwithK3PO4toproducephenoliccompounds:AnalyticalPy-GC/MSstudy.JournalofAnalyticalandAppliedPyrolysis,2013,104:139-145.
42.Yan-chaoQu,WangZhi,QiangLu*,YingZhang*.Selectiveproducing4-vinylphenolbyfastpyrolysisofherbaceousbiomass.Industrial&EngineeringChemistryResearch,2013,52(36):12771-12776.
43.Chang-qingDong*,Zhi-feiZhang,QiangLu*,Yong-pingYang.Characteristicsandmechanismstudyofanalyticalfastpyrolysisofpoplarwood.EnergyConversionandManagement,2012,57:49-59.
44.QiangLu*,Xiao-chuYang,Chang-qingDong,Zhi-feiZhang,Xu-mingZhang,Xi-fengZhu.Influenceofpyrolysistemperatureandtimeonthecellulosefastpyrolysisproducts:AnalyticalPy-GC/MSstudy.JournalofAnalyticalandAppliedPyrolysis,2011,92(2):430-438.
45.QiangLu*,ZhiWang,Chang-qingDong,Zhi-feiZhang,YingZhang,Yong-pingYang,Xi-fengZhu.SelectivefastpyrolysisofbiomassimpregnatedwithZnCl2:Furfuralproductiontogetherwithaceticacidandactivatedcarbonasby-products.JournalofAnalyticalandAppliedPyrolysis,2011,91(1):273-279.
46.QiangLu*,Chang-qingDong,Xu-mingZhang,Hui-yunTian,Yong-pingYang,Xi-fengZhu.SelectivefastpyrolysisofbiomassimpregnatedwithZnCl2toproducefurfural:AnalyticalPy-GC/MSstudy.JournalofAnalyticalandAppliedPyrolysis,2011,90(2):204-212.
47.QiangLu,ZheTang,YingZhang*,Xi-fengZhu*.CatalyticupgradingofbiomassfastpyrolysisvaporswithPd/SBA-15catalysts.Industrial&EngineeringChemistryResearch,2010,49(6):2573-2580.
48.QiangLu,YingZhang,ZheTang,Wen-zhiLi,Xi-fengZhu*.Catalyticupgradingofbiomassfastpyrolysisvaporswithtitaniaandzirconia/titaniabasedcatalysts.Fuel,2010,89(8):2096-2103.
49.QiangLu#,Wan-mingXiong#,Wen-zhiLi,Qing-xiangGuo,Xi-fengZhu*.Catalyticpyrolysisofcellulosewithsulfatedmetaloxides:Apromisingmethodforobtaininghighyieldoflightfurancompounds.BioresourceTechnology,2009,100(20):4871-4876.
50.QiangLu,Wen-zhiLi,DongZhang,Xi-fengZhu*.AnalyticalPyrolysis-gaschromatography/massspectrometry(Py-GC/MS)ofsawdustwithAl/SBA-15catalysts.JournalofAnalyticalandAppliedPyrolysis,2009,84(2):131-138.
51.QiangLu,Wen-zhiLi,Xi-fengZhu*.Overviewoffuelpropertiesofbiomassfastpyrolysisoils.EnergyConversionandManagement.2009,50(5):1376-1383.
52.QiangLu,Xi-fengZhu*,Wen-zhiLi,YingZhang,Deng-yuChen.On-linecatalyticupgradingofbiomassfastpyrolysisproducts.ChineseScienceBulletin,2009,54(11):1941-1948.
53.QiangLu,Xu-laiYang,Xi-fengZhu*.Analysisonchemicalandphysicalpropertiesofbio-oilpyrolyzedfromricehusk.JournalofAnalyticalandAppliedPyrolysis,2008,82(2):191-198.
54.QiangLu,JianZhang,Xi-fengZhu*.Corrosionpropertiesofbio-oilanditsemulsionswithdiesel.ChineseScienceBulletin,2008,53(23):3726-3734.
55.QiangLu,Xi-fengZhu,Quan-xinLi,Qing-xiangGuo,Qing-shiZhu*.Biomassfastpyrolysisforliquidfuels.ProgressinChemistry,2007,19(7-8):1064-1071.
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