Faculty

Institution

Unit

Venue

Ge Yang

Professor of Nuclear Engineering

North Carolina State University

Affiliations

College of Engineering

Nuclear Engineering

Ge Yang is currently serving as a College Of Engineering Professor of Nuclear Engineering at North Carolina State University.

Honors

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Experiences

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Education

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Ge Yang

North Carolina State University

Professor of Nuclear Engineering

You can click a keyword to filter the displayed items

materials science applied physics optoelectronics radiation detection crystallography crystal growth electrical engineering instrumentation electronic materials nuclear physics nuclear science advanced materials physics condensed matter physics optical engineering particle physics material research optical properties solid-state electronics nuclear engineering electronics accelerator technology semiconductor materials defect formation instrument science cdznte detectors photoluminescence semiconductor technology crystal research crystal structures accelerator physics gallium oxide gamma-ray detectors te inclusions organic electronics dosimetry carbon-based materials detector physic material chemistry crystal engineering compound semiconductors point defects gamma-ray detection cdznte crystals luminescence experimental analysis sensor arrays cdznte single crystals post-growth annealing cadmium zinc telluride particle beam structural chemistry composite science nuclear materials polymer technology defect tolerance particle accelerators printed electronics aluminum gallium nitride extended defects te-rich solution cdmnte crystals vertical bridgman method vertical bridgman technique cdznte radiation detectors thermal engineering sensor technology surface processing nuclear safety nuclear power nuclear energy benchmark studies trace elements crystal material selenium addition polymer composites radiation protection characterization (materials science) radiation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bi 2 O 3 –Zro 2 Polymer Composites: Evaluation of Structural, Chemical, and γ-Ray and Charged Particle Shielding Properties. ACS Applied Engineering Materials (2024)

Da CaoMohamed BourhamGe Yang

structural engineeringcomposite materialscarbon-based materialsengineeringadvanced materialscomposite sciencepolymer engineeringmaterials engineeringmaterial chemistrymaterials scienceapplied physicspolymer scienceinorganic materialsmaterial researchmaterial performancepolymer technologystructural chemistry

Coupled Gel/Seeded Growth of Cs2Agbibr6 Single Crystals for Radiation Detection. (2024)

Ralph JamesSaqr AlshogeathriDa CaoShams NoorBasak BagciGe Yang

biomolecular engineeringcrystallographyradiationmaterials sciencecrystal growthradiation detectioncrystal engineering

Coupled Gel/Seeded Growth of Cs 2 Agbibr 6 Single Crystals for Radiation Detection. (2024)

S. AlshogeathriD. CaoS. NoorB. BagciG. YangR. James

crystal growth technologyradiation detectionbiomolecular engineeringcrystal researchcrystallographyoptical propertiesx-ray crystallographyradiationmaterials sciencecrystal growththin filmsnanotechnologychemical engineeringcrystal engineering

Development of Thallium-Based Semiconductors and Scintillators for High Energy Radiation Detection. Springer eBooks (2024)

Ge YangDoup KimIbrahim Hany

photonicssemiconductor technologyradiation oncologymicroelectronicsthallium-based semiconductorsoptoelectronicsmaterials sciencesolid-state electronicsradiation detection

In-Plane Liftout and Push-To-Pull for in Situ Mechanical Testing of Irradiated Inconel X-750. Energies (2024)

Lucia R. Gomez-HurtadoTiankai YaoFei TengMario D. MatosLaura HawkinsGe YangYachun Wang

nuclear materialsnuclear engineeringin-plane liftoutenergy researchmechanical testingmaterials scienceradiation exposureirradiated inconelmechanical engineering

Lead-Free Halide Perovskites for Radiation Detection: Growth, Characterization, and Testing. (2024)

Saqr AlshogeathriGe YangRalph B. James

lead-free halide perovskiteshalide perovskitesoptical materialsmaterials sciencelead-free perovskitesradiation detection

Roadmap on Printable Electronic Materials for Next-Generation Sensors. Nano Futures (2024)

Vincenzo PecuniaLuisa PettiJoseph B AndrewsRiccardo OllearoGerwin H GelinckBahareh NasrollahiJavith Mohammed JailaniNing LiJong H KimTse Nga NgHanru FengZhizhou ChenYupeng GuoLiang ShenEmmanuel LhuillierLidia KuoVinod K SangwanMark C HersamBeatrice FraboniLaura BasiricòAndrea CiavattiHaodi WuGuangda NiuJiang TangGe YangDoup KimDerek DremannOana D JurchescuDmytro BederakArtem G ShulgaPedro CostaNikola PerinkaSenentxu Lanceros-MendezAlex ChortosSaurabh KhujeJian YuShenqiang RenAntonello MasciaMattia ConcasPiero CossedduRobert J YoungTomoyuki YokotaTakeo SomoyaSung Jae JeonNaixin ZhaoYuning LiDarpan ShuklaShuang WuYong ZhuKuniharu TakeiYubin HuangJean SpiecePascal GehringKrishna PersaudEduard LlobetSoufiane KrikSahira VasquezMartina Aurora Costa AngeliPaolo LugliBarbara FabbriElena SpagnoliArianna RossiLuigi G OcchipintiChenyu TangWentian YiDafydd RavenscroftTharun R KandukuriZain Ul AbideenZahra AzimiAntonio TricoliAlmudena RivadeneyraSara RojasAndrea GaiardoMatteo ValtVardan GalstyanDario ZappaElisabetta CominiVincent NoëlGiorgio MattanaBenoît PiroElliot StrandEloise BiharGregory L WhitingBajramshahe ShkodraMattia PetrelliGiulia MoroAda RaucciAntonella MiglioneStefano CintiAlexander J CassonZixin WangDavid BirdJohn C BatchelorLe XingLiam S J JohnsonAula A AlwattarAdrica KyndiahFabrizio Antonio ViolaMario CaironiFaris M Albarghouthi

engineeringnanomaterialssensor technologytechnologyprinted electronicsprintable electronic materialsmaterials sciencenanoengineeringnext-generation sensorsnanotechnology

Annealing Effects of Lead-Free Perovskite Fa3Bi2I9 Single Crystals for Radiation Detection. (2023)

Ge YangDoup KimRalph B. James

carbon-based materialsinorganic chemistrymaterials sciencelead-free perovskitesnanoparticle researchnanotechnologyradiation detection

Crystal Growth, Structural and Electronic Characterizations of Zero-Dimensional Metal Halide (Tep)Inbr 4 Single Crystals for X-Ray Detection. Journal of Materials Chemistry C (2023)

Zheng ZhangTony M. PuglianoDa CaoDoup KimRoshan S. AnnamDilruba A. PopyTamanna PinkyGe YangJivtesh GargMario F. BorundaBayram Saparov

x-ray detectioncrystallographymaterial chemistryzero-dimensional metal halidematerials scienceelectronic characterizationscrystal growth

EDITORIAL: Perovskite and Organic Materials for Radiation Detectors. Frontiers in Physics (2023)

Laura BasiricòGe YangPaul Sellin

radiation oncologyorganic materialsoptoelectronicsapplied physicsmaterials scienceradiation detectors

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Ge Yang

Professor of Nuclear Engineering

North Carolina State University

Affiliations

College of Engineering

Nuclear Engineering

Ge Yang is currently serving as a College Of Engineering Professor of Nuclear Engineering at North Carolina 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

Ge Yang

North Carolina State University

Professor of Nuclear Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bi 2 O 3 –Zro 2 Polymer Composites: Evaluation of Structural, Chemical, and γ-Ray and Charged Particle Shielding Properties. ACS Applied Engineering Materials (2024)

Da CaoMohamed BourhamGe Yang

Coupled Gel/Seeded Growth of Cs2Agbibr6 Single Crystals for Radiation Detection. (2024)

Ralph JamesSaqr AlshogeathriDa CaoShams NoorBasak BagciGe Yang

biomolecular engineeringcrystallographyradiationmaterials sciencecrystal growthradiation detectioncrystal engineering

Coupled Gel/Seeded Growth of Cs 2 Agbibr 6 Single Crystals for Radiation Detection. (2024)

S. AlshogeathriD. CaoS. NoorB. BagciG. YangR. James

Development of Thallium-Based Semiconductors and Scintillators for High Energy Radiation Detection. Springer eBooks (2024)

Ge YangDoup KimIbrahim Hany

photonicssemiconductor technologyradiation oncologymicroelectronicsthallium-based semiconductorsoptoelectronicsmaterials sciencesolid-state electronicsradiation detection

In-Plane Liftout and Push-To-Pull for in Situ Mechanical Testing of Irradiated Inconel X-750. Energies (2024)

Lucia R. Gomez-HurtadoTiankai YaoFei TengMario D. MatosLaura HawkinsGe YangYachun Wang

nuclear materialsnuclear engineeringin-plane liftoutenergy researchmechanical testingmaterials scienceradiation exposureirradiated inconelmechanical engineering

Lead-Free Halide Perovskites for Radiation Detection: Growth, Characterization, and Testing. (2024)

Saqr AlshogeathriGe YangRalph B. James

lead-free halide perovskiteshalide perovskitesoptical materialsmaterials sciencelead-free perovskitesradiation detection

Roadmap on Printable Electronic Materials for Next-Generation Sensors. Nano Futures (2024)

engineeringnanomaterialssensor technologytechnologyprinted electronicsprintable electronic materialsmaterials sciencenanoengineeringnext-generation sensorsnanotechnology

Annealing Effects of Lead-Free Perovskite Fa3Bi2I9 Single Crystals for Radiation Detection. (2023)

Ge YangDoup KimRalph B. James

carbon-based materialsinorganic chemistrymaterials sciencelead-free perovskitesnanoparticle researchnanotechnologyradiation detection

Crystal Growth, Structural and Electronic Characterizations of Zero-Dimensional Metal Halide (Tep)Inbr 4 Single Crystals for X-Ray Detection. Journal of Materials Chemistry C (2023)

Zheng ZhangTony M. PuglianoDa CaoDoup KimRoshan S. AnnamDilruba A. PopyTamanna PinkyGe YangJivtesh GargMario F. BorundaBayram Saparov

x-ray detectioncrystallographymaterial chemistryzero-dimensional metal halidematerials scienceelectronic characterizationscrystal growth

EDITORIAL: Perovskite and Organic Materials for Radiation Detectors. Frontiers in Physics (2023)

Laura BasiricòGe YangPaul Sellin

radiation oncologyorganic materialsoptoelectronicsapplied physicsmaterials scienceradiation detectors

1
2
3
4
5
21
10 / page

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Similar Faculty Members

Igor Jovanovic

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radiation

science studies

Douglas McGregor

Institution

Kansas State University

detector physic

semiconductor device

Lei Cao

Institution

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applied physics

materials science

Krishna Mandal

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solar energy conversion

photovoltaics

Raymond Cao

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nuclear science

electrical engineering

Jianjun Hu

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big data

material informatics

Leonard Brillson

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dielectric breakdown

semiconductor device

Mathias Schubert

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condensed matter

ellipsometric instrumentation development

Kevin Jones

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lithium-ion batteries

energy storage material

Russell Dupuis

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electronic material

semiconductor