Faculty

Institution

Unit

Venue

James Kolodzey

Charles Black Evans Professor

University of Delaware

Affiliations

College of Engineering

Department of Electrical and Computer Engineering

James Kolodzey is currently serving as a College Of Engineering Charles Black Evans Professor at University of Delaware.

Honors

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Experiences

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Education

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James Kolodzey

University of Delaware

Charles Black Evans Professor

You can click a keyword to filter the displayed items

materials science applied physics optoelectronics semiconductors electronics electrical engineering solid-state electronics electronic materials microelectronics semiconductor devices semiconductor technology condensed matter physics thin films engineering materials engineering advanced materials surface science semiconductor nanostructures molecular beam epitaxy condensed matter semiconductor materials terahertz photonics power electronics semiconductor device fabrication printed electronics material research optical engineering terahertz science additive manufacturing compound semiconductors epitaxial growth vacuum device surface characterization thermal engineering electronic engineering cryogenics mechanical science electronic packaging microwave technology nanoparticle research chemical vapor deposition thin film processing terahertz emission thermal stability crystal growth surface engineering aluminum gallium nitride alloy design manufacturing technology microelectronics reliability vlsi technology microwave engineering intermittently connected device surface analysis applied chemistry gesn alloys electronic properties silicon carbide sige alloys germanium-tin alloys thermal conductivity oxidation resistance tunneling microscopy alloy phase superalloys surface reactivity surface processing si substrates band gap electronic transport pseudomorphic modfets sige epitaxial layers structural investigations cryogenic temperatures energy band offsets electrical conduction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Composition and Strain Effects on Raman Vibrational Modes of Gesn Alloys With Sn Contents Up to 31 % Grown by Low-Temperature Molecular Beam Epitaxy. Optical Materials (2024)

Haochen ZhaoGuangyang LinYuying ZhangSuho ParkRyan HickeyTuofu ZhamaPeng CuiSagar SouravJames KolodzeyYuping Zeng

semiconductor nanostructuresgesn alloysmechanical engineeringoptical materialsresidual stresscondensed mattermaterial researchoptoelectronicsoptical engineeringthin filmsfragmentation effectadvanced materialssn contentsraman vibrational modesraman spectroscopysemiconductorsapplied physicsmolecular beam epitaxystrain effectsmaterials science

Composition Quantification of Sigesn Alloys Through Time-Of-Flight Secondary Ion Mass Spectrometry: Calibration Methodologies and Validation With Atom Probe Tomography. IEEE Journal of Selected Topics in Quantum Electronics (2024)

Haochen ZhaoShang LiuSuho ParkXu FengZhaoquan ZengJames KolodzeyShui-Qing YuJifeng LiuYuping Zeng

atom probe tomographysigesn alloysmass spectrometrycomposition quantificationcalibration methodologies

Scalable Fabrication of Self-Assembled Gesn Vertical Nanowires for Nanophotonic Applications. Nanophotonics (2023)

Guangyang LinYuying AnHaokun DingHaochen ZhaoJianyuan WangSongyan ChenCheng LiRyan HickeyJames KolodzeyYuping Zeng

nanomaterialsnanophotonicsnanotechnologynanophotonic applicationsscalable fabricationmaterials science

Enhanced Photoluminescence of Gesn by Strain Relaxation and Spontaneous Carrier Confinement Through Rapid Thermal Annealing. Journal of Alloys and Compounds (2022)

Guangyang LinKun QianHongjie CaiHaochen ZhaoJianfang XuSongyan ChenCheng LiRyan HickeyJames KolodzeyYuping Zeng

photoluminescencematerials engineeringstrain relaxationadvanced materialsluminescencematerial researchspontaneous carrier confinementmechanical engineeringoptoelectronicssemiconductorsapplied physicsrapid thermal annealingalloy designcondensed matter physicsmaterials science

Band Structure Critical Point Energy in Germanium–Tin Alloys With High Tin Contents. Applied Physics Letters (2021)

Dominic ImbrendaRigo A. CarrascoRyan HickeyNalin S. FernandoStefan ZollnerJames Kolodzey

high tin contentselectrical engineeringapplied physicscondensed matter physicsmaterials sciencegermanium-tin alloys

Fabrication of Germanium Tin Microstructures Through Inductively Coupled Plasma Dry Etching. IEEE Transactions on Nanotechnology (2021)

Guangyang LinPeng CuiTao WangRyan HickeyJie ZhangHaochen ZhaoJames KolodzeyYuping Zeng

additive manufacturingsolid-state electronicsmanufacturing scienceplasma dry etchingnanotechnologygermanium tinprinted electronicsengineeringfabrication techniquesmanufacturing technologymicrostructuremicrofabricationmaterials engineeringsurface nanotechnologysemiconductor device fabricationnanomaterialsthin film processingelectronicsapplied physicsmaterials science

Detection of Spin-Orbit Torque With Spin Rotation Symmetry. Applied Physics Letters (2020)

Tao WangSergi LendinezM. Benjamin JungfleischJames KolodzeyJohn Q. XiaoXin Fan

spin-orbit torquespintronicsphysicsspin rotation symmetrymagnetismapplied physics

Band Gap and Strain Engineering of Pseudomorphic Ge1− X − Y Si X Sn Y Alloys on Ge and Gaas for Photonic Applications. Journal of Vacuum Science & Technology B Nanotechnology and Microelectronics Materials Processing Measurement and Phenomena (2018)

Nalin S. FernandoRigo A. CarrascoRyan HickeyJohn HartRamsey HazbunStefan SchoecheJames N. HilfikerJames KolodzeyStefan Zollner

band gapmaterials engineeringsolid-state electronicsstrain engineeringadvanced materialselectronicssemiconductor devicesengineeringsemiconductor nanostructuresoptoelectronicssemiconductor technologyphotonic applicationssemiconductor materialssemiconductorsapplied physicsthin filmsmaterials science

Infrared Dielectric Response, Index of Refraction, and Absorption of Germanium-Tin Alloys With Tin Contents Up to 27% Deposited by Molecular Beam Epitaxy. Applied Physics Letters (2018)

Dominic ImbrendaRyan HickeyRigo A. CarrascoNalin S. FernandoJeremy VanDersliceStefan ZollnerJames Kolodzey

materials engineeringadvanced materialsmaterial researchmechanical engineeringmechanical scienceoptical propertiestin contentsapplied physicsmolecular beam epitaxycondensed matter physicsmaterials sciencegermanium-tin alloys

Properties of Pseudomorphic and Relaxed Germanium1−Xtinx Alloys (X Lt; 0.185) Grown by Mbe. Journal of Vacuum Science & Technology B Nanotechnology and Microelectronics Materials Processing Measurement and Phenomena (2017)

Ryan HickeyNalin FernandoStefan ZollnerJohn HartRamsey HazbunJames Kolodzey

nanomaterialsvacuum deviceadvanced materialsnanotechnologymechanical engineeringoptoelectronicselectronic materialselectronicsapplied physicsmicroelectronicsmaterials science

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James Kolodzey

Charles Black Evans Professor

University of Delaware

Affiliations

College of Engineering

Department of Electrical and Computer Engineering

James Kolodzey is currently serving as a College Of Engineering Charles Black Evans Professor at University of Delaware.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Kolodzey

University of Delaware

Charles Black Evans Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Composition and Strain Effects on Raman Vibrational Modes of Gesn Alloys With Sn Contents Up to 31 % Grown by Low-Temperature Molecular Beam Epitaxy. Optical Materials (2024)

Haochen ZhaoGuangyang LinYuying ZhangSuho ParkRyan HickeyTuofu ZhamaPeng CuiSagar SouravJames KolodzeyYuping Zeng

Haochen ZhaoShang LiuSuho ParkXu FengZhaoquan ZengJames KolodzeyShui-Qing YuJifeng LiuYuping Zeng

atom probe tomographysigesn alloysmass spectrometrycomposition quantificationcalibration methodologies

Scalable Fabrication of Self-Assembled Gesn Vertical Nanowires for Nanophotonic Applications. Nanophotonics (2023)

Guangyang LinYuying AnHaokun DingHaochen ZhaoJianyuan WangSongyan ChenCheng LiRyan HickeyJames KolodzeyYuping Zeng

nanomaterialsnanophotonicsnanotechnologynanophotonic applicationsscalable fabricationmaterials science

Enhanced Photoluminescence of Gesn by Strain Relaxation and Spontaneous Carrier Confinement Through Rapid Thermal Annealing. Journal of Alloys and Compounds (2022)

Guangyang LinKun QianHongjie CaiHaochen ZhaoJianfang XuSongyan ChenCheng LiRyan HickeyJames KolodzeyYuping Zeng

Band Structure Critical Point Energy in Germanium–Tin Alloys With High Tin Contents. Applied Physics Letters (2021)

Dominic ImbrendaRigo A. CarrascoRyan HickeyNalin S. FernandoStefan ZollnerJames Kolodzey

high tin contentselectrical engineeringapplied physicscondensed matter physicsmaterials sciencegermanium-tin alloys

Fabrication of Germanium Tin Microstructures Through Inductively Coupled Plasma Dry Etching. IEEE Transactions on Nanotechnology (2021)

Guangyang LinPeng CuiTao WangRyan HickeyJie ZhangHaochen ZhaoJames KolodzeyYuping Zeng

Detection of Spin-Orbit Torque With Spin Rotation Symmetry. Applied Physics Letters (2020)

Tao WangSergi LendinezM. Benjamin JungfleischJames KolodzeyJohn Q. XiaoXin Fan

spin-orbit torquespintronicsphysicsspin rotation symmetrymagnetismapplied physics

Nalin S. FernandoRigo A. CarrascoRyan HickeyJohn HartRamsey HazbunStefan SchoecheJames N. HilfikerJames KolodzeyStefan Zollner

Infrared Dielectric Response, Index of Refraction, and Absorption of Germanium-Tin Alloys With Tin Contents Up to 27% Deposited by Molecular Beam Epitaxy. Applied Physics Letters (2018)

Dominic ImbrendaRyan HickeyRigo A. CarrascoNalin S. FernandoJeremy VanDersliceStefan ZollnerJames Kolodzey

Ryan HickeyNalin FernandoStefan ZollnerJohn HartRamsey HazbunJames Kolodzey

nanomaterialsvacuum deviceadvanced materialsnanotechnologymechanical engineeringoptoelectronicselectronic materialselectronicsapplied physicsmicroelectronicsmaterials science

1
2
3
4
5
23
10 / page

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microfabrication

microwave measurement

Steven Ringel

Institution

Ohio State University

materials science

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Diana D.L. Huffaker

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self-assembled nanostructures

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