Faculty

Institution

Unit

Venue

Lu-Min Wang

Professor

University of Michigan

Affiliations

Nuclear Engineering and Radiological Sciences

Lu-min Wang is currently serving as a Nuclear Engineering And Radiological Sciences Professor at University of Michigan.

Honors

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Experiences

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Education

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Lu-Min Wang

University of Michigan

Professor

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materials science applied physics materials engineering advanced materials mechanical engineering material research nanotechnology radiation radiation oncology nanomaterials condensed matter physics nuclear physics nuclear materials nuclear science radiation chemistry nuclear engineering mechanics of materials nanoparticle research metals mechanical science material chemistry thermal engineering composite science condensed matter ion beams steel research crystal growth particle beam thin film processing alloy design nanoscale science tribology interface science material properties surface nanotechnology nanobiotechnology nanocomposites ion beam instrumentation surface modification cancer imaging radiation effects alloy phase therapeutic nanomaterials fragmentation effect nanostructure synthesis defect formation radiation biology surface analysis surface characterization plasma processing defect evolution composite technology metallic nanomaterials nanofibers thin film process technology microstructure evolution solid-state chemistry nano-drug delivery strength property ceramic technology ceramic materials radiation generation chemical disorder situ observation energy dissipation plasma coating focused ion beam defect clusters carbon nanofibers thermal stability helium bubble formation zirconium alloy high-energy ion irradiation ion irradiation damage ha nanoparticles cluster size

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advanced Stem Analysis of Anion Void Lattice and Defects Evolution in Electron Irradiated Caf2. Microscopy and Microanalysis (2025)

physicsmaterials sciencemicrostructuredefect tolerancemicroanalysiscrystal researchdefect formationcrystallographymicroscopyelectron microscopyradiationapplied physicscharacterization (materials science)

Decoding the Interstitial/Vacancy Nature of Dislocation Loops With Their Morphological Fingerprints in Face-Centered Cubic Structure. Science Advances (2025)

materials sciencedefect formationcrystallographycrystal engineering

In Situ Tem Study of Radiation Tolerance of Fe-Substituted Hollandite. Nano Today (2025)

materials sciencematerial researchradiation chemistrynanomaterialsnanotechnologycharacterization (materials science)

Intermetallic Dispersion-Strengthened Ferritic Superalloys With Exceptional Resistance to Radiation-Induced Hardening. Acta Materialia (2025)

Kan MaPedro A. FerreirósThomas W. PfeiferRobert G. AbernethySophia von TiedemannNianhua PengGraeme GreavesColin OphusKai SunAnamul H MirLumin WangShasha HuangShijun ZhaoPatrick E. HopkinsChristopher D. HardieAlexander J. Knowles

materials sciencemechanical propertiesexceptional resistancespecific resistancemetalsfibersmaterial researchmaterials engineeringadvanced materialswork hardeningmechanical engineeringradiation-induced hardeningsteel researchintermetallicsmechanics of materialsstrength propertymaterial propertiesengineeringsuperalloyscorrosion

Irradiation Tolerant Medium-Entropy Multilayer Films With Interface Optimization Mechanism. Journal of Nuclear Materials (2025)

thin filmsmaterials scienceinterface sciencematerial researchinterface optimization mechanismadvanced materialsthin film processingapplied physics

A-Site Occupancy Effects on Structure, Ionic Conductivity, and Thermodynamic Stability of Kxmgx/2Ti8−X/2o16. MRS Advances (2024)

Nakeshma S. CassellNancy BirknerA. K. MishraShraddha JadhavAmir M. MofradTheodore M. BessmannJake W. AmorosoYuhan LiLumin WangKyle S. Brinkman

materials sciencethermodynamic stabilityionic conductivitya-site occupancy effectsadvanced materials

Microanalysis of Iron Disproportionation Reaction Products in the Environment of Earth’s Lower Mantle. Microscopy and Microanalysis (2023)

Dongyuan ZhouLingfeng ZhouBin ChenLumin Wang

lower mantleplanetary sciencesmantle geochemistrygeochemistryenvironmental sciencemicroscopyearth sciencegeodynamicsmicroanalysis

Charged Particles: Unique Tools to Study Irradiation Resistance of Concentrated Solid Solution Alloys. Journal of Material Science and Technology (2022)

Yanwen ZhangLumin WangWilliam J. Weber

materials scienceirradiation resistancematerial researchradiation chemistrymaterials engineeringradiation oncologyunique toolsparticle technologyadvanced materialsradiationapplied physicsalloy design

Role of Chemical Disorder on Radiation-Induced Defect Production and Damage Evolution in Nifecocr. Journal of Nuclear Materials (2022)

Yufan ZhouGihan VelişaSaro SanMiguel L. CrespilloZhe FanHongbin BeiWilliam J. WeberPengyuan XiuLumin WangFilip TuomistoWai-Yim ChingYanwen Zhang

materials scienceradiation effectsradiation-induced defect productionmechanical engineeringradiation oncologynuclear physicsradiation biologydamage evolutionnuclear sciencenuclear materialschemical disorderradiationmetalsnuclear engineering

Role of Electronic Energy Loss on Defect Production and Interface Stability: Comparison Between Ceramic Materials and High-Entropy Alloys. Current Opinion in Solid State and Materials Science (2022)

Yanwen ZhangChinthaka SilvaTimothy G. LachMatheus A. TunesYufan ZhouLauren NuckolsWalker L. BoldmanPhilip D. RackStephen E. DonnellyLi JiangLumin WangWilliam J. Weber

materials sciencemechanical engineeringdefect productionmaterials engineeringinterface stabilitysolid mechanicssolid-state electronicselectronic energy lossapplied physicshigh-entropy alloysmechanical science

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Lu-Min Wang

Professor

University of Michigan

Affiliations

Nuclear Engineering and Radiological Sciences

Lu-min Wang is currently serving as a Nuclear Engineering And Radiological Sciences Professor at University of Michigan.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lu-Min Wang

University of Michigan

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advanced Stem Analysis of Anion Void Lattice and Defects Evolution in Electron Irradiated Caf2. Microscopy and Microanalysis (2025)

Decoding the Interstitial/Vacancy Nature of Dislocation Loops With Their Morphological Fingerprints in Face-Centered Cubic Structure. Science Advances (2025)

materials sciencedefect formationcrystallographycrystal engineering

In Situ Tem Study of Radiation Tolerance of Fe-Substituted Hollandite. Nano Today (2025)

materials sciencematerial researchradiation chemistrynanomaterialsnanotechnologycharacterization (materials science)

Intermetallic Dispersion-Strengthened Ferritic Superalloys With Exceptional Resistance to Radiation-Induced Hardening. Acta Materialia (2025)

Irradiation Tolerant Medium-Entropy Multilayer Films With Interface Optimization Mechanism. Journal of Nuclear Materials (2025)

thin filmsmaterials scienceinterface sciencematerial researchinterface optimization mechanismadvanced materialsthin film processingapplied physics

A-Site Occupancy Effects on Structure, Ionic Conductivity, and Thermodynamic Stability of Kxmgx/2Ti8−X/2o16. MRS Advances (2024)

Nakeshma S. CassellNancy BirknerA. K. MishraShraddha JadhavAmir M. MofradTheodore M. BessmannJake W. AmorosoYuhan LiLumin WangKyle S. Brinkman

materials sciencethermodynamic stabilityionic conductivitya-site occupancy effectsadvanced materials

Microanalysis of Iron Disproportionation Reaction Products in the Environment of Earth’s Lower Mantle. Microscopy and Microanalysis (2023)

Dongyuan ZhouLingfeng ZhouBin ChenLumin Wang

lower mantleplanetary sciencesmantle geochemistrygeochemistryenvironmental sciencemicroscopyearth sciencegeodynamicsmicroanalysis

Charged Particles: Unique Tools to Study Irradiation Resistance of Concentrated Solid Solution Alloys. Journal of Material Science and Technology (2022)

Yanwen ZhangLumin WangWilliam J. Weber

materials scienceirradiation resistancematerial researchradiation chemistrymaterials engineeringradiation oncologyunique toolsparticle technologyadvanced materialsradiationapplied physicsalloy design

Role of Chemical Disorder on Radiation-Induced Defect Production and Damage Evolution in Nifecocr. Journal of Nuclear Materials (2022)

Yufan ZhouGihan VelişaSaro SanMiguel L. CrespilloZhe FanHongbin BeiWilliam J. WeberPengyuan XiuLumin WangFilip TuomistoWai-Yim ChingYanwen Zhang

Yanwen ZhangChinthaka SilvaTimothy G. LachMatheus A. TunesYufan ZhouLauren NuckolsWalker L. BoldmanPhilip D. RackStephen E. DonnellyLi JiangLumin WangWilliam J. Weber

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Similar Faculty Members

Lin Shao

Institution

Texas A&M University

materials science

applied physics

Gary Was

Institution

University of Michigan

radiation

engineering

Gerd Duscher

Institution

University of Tennessee

materials science

applied physics

Philip Rack

Institution

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materials science

applied physics

Fei Gao

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radiation

ion-solid interaction

Brian D. Wirth

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scientific computing

multiscale modeling

Steven Zinkle

Institution

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materials science

applied physics

Elizabeth Dickey

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grain boundary chemistry

information technology

Dane Morgan

Institution

University of Wisconsin–Madison

earth mantle materials

advanced materials

Yongfeng Lu

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carbon-based material

nanomanufacturing