Faculty

Institution

Unit

Venue

David P. Norton

Professor and Vice President of Research

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Materials Science & Engineering

David P. Norton is currently serving as a Materials Science & Engineering Professor and Vice President of Research at University of Florida.

Honors

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Experiences

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Education

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David P. Norton

University of Florida

Professor and Vice President of Research

You can click a keyword to filter the displayed items

materials science applied physics thin films electronic materials nanotechnology optoelectronics condensed matter physics surface science advanced materials materials engineering electrical engineering electronics solid-state electronics physics oxide electronics condensed matter semiconductor technology microelectronics epitaxial growth semiconductor nanostructures pulsed laser deposition superconducting materials material research nanoparticle research semiconductor devices thin film processing semiconductor materials printed electronics material chemistry surface processing additive manufacturing surface characterization surface engineering high-tc superconductivity luminescence vacuum device carbon-based materials laser deposition crystal growth applied chemistry solid-state chemistry organic electronics surface nanotechnology ferromagnetism sensor technology layered materials semiconductor device fabrication metals surface analysis wide-bandgap semiconductors surface chemistry aluminum gallium nitride magnetic materials compound semiconductors mechanical science photoluminescence nanostructure synthesis interface science room temperature thermal stability zno thin films manufacturing science n-type zno transport properties composite science transition metal chemistry dry etching thin film transistors low temperature reactive sputter deposition cu metallization conductive buffer thin-film transistors structural properties high temperature dielectric properties thin film deposition thin film process technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Retraction Notice to “Recent Progress in Processing and Properties of Zno” [Prog. Mater. Sci. 50(3) (2004) 293–340]. Progress in Materials Science (2020)

S.J. PeartonD.P. NortonK. IpY.W. HeoT. Steiner

advanced materialsretraction noticematerials science

Transition Metal Doped Zno. (2019)

David NortonStephen J. PeartonMathew P. IvillFan Ren

inorganic chemistryadvanced materialstransition metalnanotechnologythin filmsmaterials science

Pulsed Laser Deposition Films From a Ba2Femoo6 Target Onto Srtio3[001]: Chemical and Magnetic Inhomogeneity. Journal of Applied Physics (2018)

Daniel M. PajerowskiLisa J. KrayerBrian J. KirbyBrian B. MaranvilleJulie A. BorchersKyeong-Won KimDavid P. Norton

pulsed laser depositionchemical engineeringsurface sciencenanotechnologylaser scienceapplied physicsthin filmsmagnetic inhomogeneitymaterials science

Enhancement of Ferromagnetism in Bafeo 3 ‐Kta 0.47 Nb 0.53 O 3 Multilayers Compared to Pseudo‐Cubic Bafeo 3 Thin Film Grown by Pulsed Laser Deposition. physica status solidi (a) (2017)

Joe CianfroneSiddhartha GhoshSeonhoo KimKyeong‐Won KimArthur. F. HebardDavid Norton

solid-state electronicsferromagnetismadvanced materialsceramicssurface sciencecondensed mattermaterial researchoxide electronicsmechanical engineeringsemiconductor nanostructuressolid-state chemistryelectronic materialsadvanced ceramicsapplied physicsthin filmscondensed matter physicsmaterials sciencecarbon-based materials

Strain Induced Enhancement of Magnetization in Ba2Femoo6 Based Heterostructure With (Baxsr1-X)Tio3. Journal of Applied Physics (2016)

Kyeong-Won KimSiddhartha GhoshSanal BuvaevArthur F. HebardDavid P. Norton

advanced materialsapplied physicsengineeringmaterials science

Superlattice Periodicity and Magnetic Properties of Ba2Femoo6/Ba0.5Sr0.5Tio3 System. Journal of Applied Physics (2016)

Kyeong-Won KimSiddhartha GhoshSanal BuvaevArthur F. HebardDavid P. Norton

magnetismsuperlattice periodicityapplied physicscondensed matter physicsmaterials science

The Effects of Oxygen Pressure on Disordering and Magneto-Transport Properties of Ba2Femoo6 Thin Films Grown via Pulsed Laser Deposition. Journal of Applied Physics (2015)

Kyeong-Won KimSiddhartha GhoshSanal BuvaevSungwook MhinJacob L. JonesArthur F. HebardDavid P. Norton

pulsed laser depositionadvanced materialsphysicsmagneto-transport propertiesmagnetismoxygen pressureapplied physicsthin filmslaser depositioncondensed matter physicsmaterials science

Band Offsets in Ysz/Ingazno4 Heterostructure System. Journal of Nanoscience and Nanotechnology (2014)

J. K. KimK.-W. KimE. A. DouglasB. P. GilaV. CraciunE. S. LambersD. P. NortonF. RenS. J. PeartonHyun Cho

nanomaterialsband offsetsnanotechnologynanometrologynanoengineeringelectronic materialsnanoscale sciencematerials science

Measurement of Band Offsets in Y Sub 2 /Sub O Sub 3 /Sub /Ingazno Sub 4 /Sub Heterojunctions. Journal of Nanoscience and Nanotechnology (2014)

Jong Cheon ParkKyeong-Won KimBrent P. GilaEric S. LambersDavid P. NortonStephen J. PeartonFan RenJin Kon KimHyun Cho

nanomaterialsband offsetssurface sciencenanotechnologynanometrologynanoscale chemistryelectronic materialsnanoscale sciencenanoparticle researchthin filmsinstrumentationmaterials science

Band Offsets in Dielectric/Ingazno 4 Heterojunctions. ECS Transactions (2013)

Hyun ChoKyeong-Won KimErica A. DouglasBrent P. GilaValentin CraciunEric S. LambersDavid P NortonFan RenS. J. Pearton

band offsetselectronicssemiconductor devicesoptoelectronicssemiconductor technologyelectronic materialselectrical engineeringcompound semiconductorssemiconductorsmicroelectronicsmaterials science

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David P. Norton

Professor and Vice President of Research

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Materials Science & Engineering

David P. Norton is currently serving as a Materials Science & Engineering Professor and Vice President of Research at University of Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David P. Norton

University of Florida

Professor and Vice President of Research

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Retraction Notice to “Recent Progress in Processing and Properties of Zno” [Prog. Mater. Sci. 50(3) (2004) 293–340]. Progress in Materials Science (2020)

S.J. PeartonD.P. NortonK. IpY.W. HeoT. Steiner

advanced materialsretraction noticematerials science

Transition Metal Doped Zno. (2019)

David NortonStephen J. PeartonMathew P. IvillFan Ren

inorganic chemistryadvanced materialstransition metalnanotechnologythin filmsmaterials science

Pulsed Laser Deposition Films From a Ba2Femoo6 Target Onto Srtio3[001]: Chemical and Magnetic Inhomogeneity. Journal of Applied Physics (2018)

Daniel M. PajerowskiLisa J. KrayerBrian J. KirbyBrian B. MaranvilleJulie A. BorchersKyeong-Won KimDavid P. Norton

pulsed laser depositionchemical engineeringsurface sciencenanotechnologylaser scienceapplied physicsthin filmsmagnetic inhomogeneitymaterials science

Enhancement of Ferromagnetism in Bafeo 3 ‐Kta 0.47 Nb 0.53 O 3 Multilayers Compared to Pseudo‐Cubic Bafeo 3 Thin Film Grown by Pulsed Laser Deposition. physica status solidi (a) (2017)

Joe CianfroneSiddhartha GhoshSeonhoo KimKyeong‐Won KimArthur. F. HebardDavid Norton

Strain Induced Enhancement of Magnetization in Ba2Femoo6 Based Heterostructure With (Baxsr1-X)Tio3. Journal of Applied Physics (2016)

Kyeong-Won KimSiddhartha GhoshSanal BuvaevArthur F. HebardDavid P. Norton

advanced materialsapplied physicsengineeringmaterials science

Superlattice Periodicity and Magnetic Properties of Ba2Femoo6/Ba0.5Sr0.5Tio3 System. Journal of Applied Physics (2016)

Kyeong-Won KimSiddhartha GhoshSanal BuvaevArthur F. HebardDavid P. Norton

magnetismsuperlattice periodicityapplied physicscondensed matter physicsmaterials science

The Effects of Oxygen Pressure on Disordering and Magneto-Transport Properties of Ba2Femoo6 Thin Films Grown via Pulsed Laser Deposition. Journal of Applied Physics (2015)

Kyeong-Won KimSiddhartha GhoshSanal BuvaevSungwook MhinJacob L. JonesArthur F. HebardDavid P. Norton

pulsed laser depositionadvanced materialsphysicsmagneto-transport propertiesmagnetismoxygen pressureapplied physicsthin filmslaser depositioncondensed matter physicsmaterials science

Band Offsets in Ysz/Ingazno4 Heterostructure System. Journal of Nanoscience and Nanotechnology (2014)

J. K. KimK.-W. KimE. A. DouglasB. P. GilaV. CraciunE. S. LambersD. P. NortonF. RenS. J. PeartonHyun Cho

nanomaterialsband offsetsnanotechnologynanometrologynanoengineeringelectronic materialsnanoscale sciencematerials science

Measurement of Band Offsets in Y Sub 2 /Sub O Sub 3 /Sub /Ingazno Sub 4 /Sub Heterojunctions. Journal of Nanoscience and Nanotechnology (2014)

Jong Cheon ParkKyeong-Won KimBrent P. GilaEric S. LambersDavid P. NortonStephen J. PeartonFan RenJin Kon KimHyun Cho

nanomaterialsband offsetssurface sciencenanotechnologynanometrologynanoscale chemistryelectronic materialsnanoscale sciencenanoparticle researchthin filmsinstrumentationmaterials science

Band Offsets in Dielectric/Ingazno 4 Heterojunctions. ECS Transactions (2013)

Hyun ChoKyeong-Won KimErica A. DouglasBrent P. GilaValentin CraciunEric S. LambersDavid P NortonFan RenS. J. Pearton

band offsetselectronicssemiconductor devicesoptoelectronicssemiconductor technologyelectronic materialselectrical engineeringcompound semiconductorssemiconductorsmicroelectronicsmaterials science

1
2
3
4
5
46
10 / page

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electronic material

material chemistry

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dielectric growth

electronic material

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Carnegie Mellon University

hexagonal boron

semiconductor

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transmission electron microscopy

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