1.河钢集团科研合作项目：石钢LF炉深脱硫渣系及工艺技术开发
2.河北省自然科学基金—高端钢铁冶金联合基金：基于氧化物冶金的低活化钢电渣重熔制备及多尺度粒子耦合强化机理，2021/092023/09，20万，合作；
3.陕西省自然科学基金：钇、钛和锆协同作用下的纳米结构CLAM钢纯净冶炼及强化机理，2021/012022/12，3万，主持；
4.西安建筑科技大学人才启动基金，2020/012023/01，40万元，主持；
5.国家自然科学基金面上项目：纳米结构CLAM钢超纯净熔炼基础及多尺度第二相耦合强化机制，2018/012021/12,40万，参与；
6.国家自然科学基金面上项目：VIMIESR流程制备Y、Ti微合金化纳米结构ODS钢的氧化物冶金理论研究，2015/012018/12,43万，参与；
7.中央高校基本科研业务费，2015/012017/12,10万，参与；
8.莱钢科研合作项目：窄带钢典型钢种夹杂物图谱检测分析标准；
9.石钢科研合作项目：氮微合金化新技术开发；
10.福建三钢”合作项目：过VD钢种夹杂物控制技术开发。

发表各类学术论文60余篇。授权发明专利20余项。
1.GuoxingQiu*,DejunMiao,XuliWei,etal.EffectofMgO/Al2O3andCaO/SiO2ontheMetallurgicalPropertiesofCaO–SiO2–Al2O3–MgO–TiO2slag[J].JournalofNonCrystallineSolids(DOI:10.1016/j.jnoncrysol.2022.121545)(IF=3.53,JCR1区)
2.GuoxingQiu*,XuliWei,DejunMiao,etal.InclusionandmechanicalpropertiesofODSRAFMsteelswithY,Ti,andZrfabricatedbymelting[J].NuclearEngineeringandTechnology(DOI:10.1016/j.net.2022.01.030)(IF=2.34,JCR1区)
3.GuoxingQiu,QingDu,XiangdongXing,etal.StrengtheningEffectofMultiscaleSecondPhasesinReducedActivationFerrite/MartensiticSteel[J]SteelResearchInternational(DOI:10.1002/srin.202100430)(IF=1.522,JCR2区)
4.GuoxingQiu*,DongpingZhan*,LeiCao,etal.EffectofzirconiumoninclusionsandmechanicalpropertiesofChinalowactivationmartensiticsteel[J].JournalofIronandSteelResearchInternational,2021,28(9):11681179..(IF=1.285,JCR2区)
5.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.EffectsofYttriumandHeatTreatmentontheMicrostructureandMechanicalPropertiesofCLAMSteel[J].JournalofMaterialsEngineeringandPerformance,2020,29(1):4252.(IF=1.476,JCR3区)
6.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.EffectsofElectroslagRemeltingProcessandYontheInclusionsandMechanicalPropertiesoftheCLAMsteelNuclearEngineeringandTechnology,2020,52(4):811818.(IF=1.546,JCR1区)
7.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.DevelopmentofNanostructureChinaLowActivationMartensiticsteelforfusionreactors[J].Materialsletters,2019,252:248251.(IF=3.019,JCR2区)
8.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.EffectsofYandTiadditiononmicrostructurestabilityandtensilepropertiesofreducedactivationferritic/martensiticsteel[J].NuclearEngineeringandTechnology,2019,51(5):13651372.(IF=1.546,JCR1区)
9.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.DevelopmentofamicroscaleYZrOoxidedispersionstrengthenedsteelfabricatedviavacuuminductionmeltingandelectroslagremelting[J].NuclearEngineeringandTechnology,2019,51(6):1589–1595.(IF=1.546,JCR1区)
10.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.EffectsofyttriumonmicrostructurestabilityandtensilepropertiesofChinaLowActivationMartensiticsteel[J].Metals,2019,9(4):446.(IF=2.259,JCR1区)
11.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.InfluenceofInclusionsontheMechanicalPropertiesofRAFMSteelsViaYandTiAddition[J].Metals,2019,9(8):851(IF=2.259,JCR1区)
12.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.EffectofY/ZrRatioonInclusionsandMechanicalPropertiesof9CrRAFMSteelFabricatedbyVacuumMelting[J].JournalofMaterialsEngineeringandPerformance,2019,28(2):1067–1076.(IF=1.476,JCR3区)
13.Guoxing.Qiu*,DongpingZhan,ZhouhuaJiang,etal.OptimisationoftheMgO/Al2O3ratioofhighaluminaBFslagbasedonMOPSOalgorithm[J].Ironmaking&Steelmaking,2019,46(8):712720.(IF=1.578,JCR2区)
14.GuoxingQiu,DongpingZhan*,ChangshengLi,etal.Effectsofyttriumonmicrostructureandpropertiesofreducedactivationferriticmartensiticsteel[J].MaterialsScienceandTechnology,2018,34(16):20182029.(IF=1.938,JCR2区)
15.DongpingZhan,GuoxingQiu*,ZhouhuaJiang,etal.EffectofYttriumandTitaniumonInclusionsandtheMechanicalPropertiesof9CrRAFMSteelFabricatedbyVacuumMelting[J].SteelResearchInternational,2017,88(12):18.(IF=1.522,JCR2区)
16.DongpingZhan,GuoxingQiu*,ChangshengLi,etal.EffectsofTiAdditionontheMicrostructureandTensilePropertiesofChinaLowActivationMartensiticSteelforNuclearFusionReactors[J].SteelResearchInternational,2019,90(9):18.(IF=1.522,JCR2区)
17.DongpingZhan,GuoxingQiu*,ChangshengLi,etal.Effectsofyttriumandzirconiumadditionsontheinclusionsandmechanicalpropertiesofareducedactivationferritic/martensiticsteel[J].JournalofIronandSteelResearchInternational,2020,27(2):197207.(IF=1.285,JCR2区)
18.DongpingZhan,GuoxingQiu*,ChangshengLi,etal.EvolutionofmicrostructuresandmechanicalpropertiesofZrcontainingRAFMduringthermalaging[J].ActaMetallurgicaSinica(EnglishLetters)2020,33:881–891.(IF=1.285,JCR1区)

山东钢铁莱芜分公司“青年岗位能手”；
东北大学“科技服务先进个人”；
东北大学“优秀毕业研究生”。