Faculty

Institution

Unit

Venue

Xing Wang

Assistant Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Nuclear Engineering

Xing Wang is currently serving as a Nuclear Engineering Assistant Professor at Pennsylvania State University.

Honors

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Experiences

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Education

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Xing Wang

Pennsylvania State University

Assistant Professor

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materials science applied physics mechanical engineering materials engineering advanced materials radiation oncology material research nanotechnology radiation nuclear materials nuclear science nanomaterials nuclear physics helium bubble formation mechanics of materials condensed matter physics thermal engineering nuclear engineering microanalysis mechanical science composite science metals advanced energy material material properties in-situ conversion carbon material chemistry scientific data electronic materials nanoparticle research fragmentation effect material performance material preparation science studies semiconductor nanostructures radiation chemistry alloy design convolutional neural networks advanced ceramics scientific computing transition metal chemistry nanometrology defect formation experimental analysis powder metallurgy damage mechanism radiation effects radiation protection ceramic technology carbon-based materials radiation biology radiation generation nuclear safety solid-state chemistry metallurgical interaction ionic conductors metal nanoparticles nanostructure synthesis metallic nanomaterials nanobiotechnology nanocrystalline materials radiation-induced segregation void swelling concentrated solid-solution alloys carbon nanotube defects fracture mechanisms ceramic nanocomposites solid-solution alloy void growth nifex single-phase fe concentration solid solution alloys radiation damage multiple roles surface strain oxygen adsorption engineering nuclear power nuclear chemistry

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Discovering Tungsten-Based Composites as Plasma Facing Materials for Future High-Duty Cycle Nuclear Fusion Reactors. Scientific Reports (2024)

Trevor MarchhartChase HargroveAlexandru MarinHanna SchamisAshrakat SaefanEric LangXing WangJean Paul Allain

materials sciencefusion engineeringnuclear fusioncontrolled nuclear fusionfusion reactor materialtungsten-based compositesnuclear scienceadvanced materialsplasma facing materialsnuclear materials

Discovering Tungsten-Based Composites as Plasma Facing Materials for Future High-Duty Cycle Nuclear Fusion Reactors. Scientific reports (2024)

Trevor MarchhartChase HargroveAlexandru MarinHanna SchamisAshrakat SaefanEric LangXing WangJean Paul Allain

composite technologymechanical engineeringlayered materialsapplied physicsnanoengineeringfusion engineeringplasma applicationsmaterial researchscience and technology studiesmaterials sciencenuclear fusionplasma diagnosticscomposite materialscomposite sciencematerials engineeringadvanced energy materialtungsten-based compositesadvanced materialsplasma facing materialsplasma processing

Kinetic Study on the Reduction of Room-Temperature No X in Etching Waste Gas by Na 2 S 2 O 5 and Urea in Alkaline Pretreatment. Energy & Fuels (2024)

Mengfei ZhangQingping WangShangyou LiuYiran LiXing WangJinyi QinMin Yang

materials scienceenvironmental engineeringchemical engineeringwaste gaskinetic studyinorganic chemistry

Microstructural Changes in Gan and Aln Under 950 Mev Au Swift Heavy Ion Irradiation. Applied Physics Letters (2024)

Mahjabin MahfuzFarshid RezaXingyu LiuRongming ChuMaik LangMichael SnureXing WangMiaomiao Jin

materials sciencealuminum gallium nitrideradiation oncologymicrostructural changesradiationapplied physicsheavy ion physicsurface science

Radiation Induced Segregation in Titanium Diboride. Acta Materialia (2024)

Shuguang WeiMuhammad Waqas QureshiJianqi XiJun Young KimXing WangJingrui WeiRanran SuLongfei LiuWilliam O. NachlasJohn H. PerepezkoHongliang ZhangIzabela Szlufarska

materials sciencematerials engineeringradiation oncologyradiationapplied physicstitanium diboride

Research on the Macro-Cell Corrosion Behavior of Alloyed Corrosion-Resistant Steel for a Transmission Line Steel Structure Under a Chloride Corrosion Environment. Metals (2024)

Feng LyuXinyue ZhouZheng DingSijie ZhangGongnian ZouGuowei WangXing WangXinglong QiaoJiahao XuDan Song

materials sciencesteel researchmacro-cell corrosion behaviorcorrosion technologychloride corrosion environmentmetalsstructural integritycorrosion resistancemechanical engineeringmaterial researchtribocorrosioncorrosioncorrosion protectionalloyed corrosion-resistant steel

Automated Analysis of Grain Morphology in Tem Images Using Convolutional Neural Network With Chac Algorithm. Journal of Nuclear Materials (2023)

Xinyuan XuZefeng YuWei-Ying ChenAiping ChenArthur MottaXing Wang

materials sciencemachine learninggrain morphologynuclear scienceimage analysistem imagesconvolutional neural networkschac algorithm

Effects of Transition Metal Carbide Dispersoids on Helium Bubble Formation in Dispersion-Strengthened Tungsten. Scientific Reports (2023)

Ashrakat SaefanXingyu LiuEric LangLevko HigginsYongqiang WangOsman El-AtwaniJean Paul AllainXing Wang

scientific datascience studiesmechanical engineeringtribologyalloy designlayered materialsapplied physicsmaterial performancematerials sciencecondensed matter physicsthermal engineeringthin filmshelium bubble formationsurface sciencedispersion sciencefragmentation effectadvanced energy materialdispersion-strengthened tungstenadvanced materialsmechanical properties

Examination of Early-Stage Helium Retention and Release in Dispersion-Strengthened Tungsten Alloys. Fusion Science & Technology (2023)

Eric LangChase N. TaylorNathan MaddenTrevor MarchhartCharles SmithXing WangJessica KrogstadJ. P. Allain

fusioncharacterization (materials science)materials sciencefusion engineeringhelium bubblesnuclear fusiontungsten matrixmaterials engineeringmicrostructurefusion reactor materialcontrolled nuclear fusiontungsten grainsfusion scienceapplied physicsnuclear materials

Automated Analysis of Grain Growth Under In-Situ Irradiation Using Convolutional Neural Network. Microscopy and Microanalysis (2022)

Xinyuan XuZefeng YuArthur MottaXing Wang

surface modificationmaterials sciencenanotechnologyconvolutional neural networksmachine learningmicroscopyin-situ irradiationmechanical engineeringradiation oncologygrain growthmicroanalysismicrofluidicssurface sciencebiomedical analysis

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Xing Wang

Assistant Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Nuclear Engineering

Xing Wang is currently serving as a Nuclear Engineering Assistant Professor at Pennsylvania State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Xing Wang

Pennsylvania State University

Assistant Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Discovering Tungsten-Based Composites as Plasma Facing Materials for Future High-Duty Cycle Nuclear Fusion Reactors. Scientific Reports (2024)

Trevor MarchhartChase HargroveAlexandru MarinHanna SchamisAshrakat SaefanEric LangXing WangJean Paul Allain

materials sciencefusion engineeringnuclear fusioncontrolled nuclear fusionfusion reactor materialtungsten-based compositesnuclear scienceadvanced materialsplasma facing materialsnuclear materials

Discovering Tungsten-Based Composites as Plasma Facing Materials for Future High-Duty Cycle Nuclear Fusion Reactors. Scientific reports (2024)

Trevor MarchhartChase HargroveAlexandru MarinHanna SchamisAshrakat SaefanEric LangXing WangJean Paul Allain

Kinetic Study on the Reduction of Room-Temperature No X in Etching Waste Gas by Na 2 S 2 O 5 and Urea in Alkaline Pretreatment. Energy & Fuels (2024)

Mengfei ZhangQingping WangShangyou LiuYiran LiXing WangJinyi QinMin Yang

materials scienceenvironmental engineeringchemical engineeringwaste gaskinetic studyinorganic chemistry

Microstructural Changes in Gan and Aln Under 950 Mev Au Swift Heavy Ion Irradiation. Applied Physics Letters (2024)

Mahjabin MahfuzFarshid RezaXingyu LiuRongming ChuMaik LangMichael SnureXing WangMiaomiao Jin

materials sciencealuminum gallium nitrideradiation oncologymicrostructural changesradiationapplied physicsheavy ion physicsurface science

Radiation Induced Segregation in Titanium Diboride. Acta Materialia (2024)

Shuguang WeiMuhammad Waqas QureshiJianqi XiJun Young KimXing WangJingrui WeiRanran SuLongfei LiuWilliam O. NachlasJohn H. PerepezkoHongliang ZhangIzabela Szlufarska

materials sciencematerials engineeringradiation oncologyradiationapplied physicstitanium diboride

Research on the Macro-Cell Corrosion Behavior of Alloyed Corrosion-Resistant Steel for a Transmission Line Steel Structure Under a Chloride Corrosion Environment. Metals (2024)

Feng LyuXinyue ZhouZheng DingSijie ZhangGongnian ZouGuowei WangXing WangXinglong QiaoJiahao XuDan Song

Automated Analysis of Grain Morphology in Tem Images Using Convolutional Neural Network With Chac Algorithm. Journal of Nuclear Materials (2023)

Xinyuan XuZefeng YuWei-Ying ChenAiping ChenArthur MottaXing Wang

materials sciencemachine learninggrain morphologynuclear scienceimage analysistem imagesconvolutional neural networkschac algorithm

Effects of Transition Metal Carbide Dispersoids on Helium Bubble Formation in Dispersion-Strengthened Tungsten. Scientific Reports (2023)

Ashrakat SaefanXingyu LiuEric LangLevko HigginsYongqiang WangOsman El-AtwaniJean Paul AllainXing Wang

Examination of Early-Stage Helium Retention and Release in Dispersion-Strengthened Tungsten Alloys. Fusion Science & Technology (2023)

Eric LangChase N. TaylorNathan MaddenTrevor MarchhartCharles SmithXing WangJessica KrogstadJ. P. Allain

Automated Analysis of Grain Growth Under In-Situ Irradiation Using Convolutional Neural Network. Microscopy and Microanalysis (2022)

Xinyuan XuZefeng YuArthur MottaXing Wang

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nuclear thermal hydraulics

nuclear power

Michael Short

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Massachusetts Institute of Technology

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fusion reactor material

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nanomanufacturing

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material modeling

Jason Trelewicz

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additive manufacturing

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