Faculty

Institution

Unit

Venue

Otto Zhou

David Godschalk Distinguished Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Physics and Astronomy

Otto Zhou is currently serving as a College Of Arts And Sciences David Godschalk Distinguished Professor at University of North Carolina At Chapel Hill.

Honors

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Experiences

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Education

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Otto Zhou

University of North Carolina at Chapel Hill

David Godschalk Distinguished Professor

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medical imaging materials science biomedical imaging nanotechnology applied physics biomedical engineering carbon nanotubes radiology computed tomography nanoengineering nanomaterials cancer imaging breast imaging optical engineering materials engineering condensed matter physics radiation therapy medical physics medical technology advanced imaging computational imaging medical image analysis material chemistry image reconstruction surface science condensed matter medical biophysics 3d imaging electronic materials medical image computing digital imaging carbon-based materials radiation biology nanoparticle research respiratory medicine nanobiotechnology x-ray diffraction tissue imaging single-walled carbon nanotubes material research radiation detection radiographic imaging feasibility study electronics solid-state chemistry nanostructure synthesis electron microscopy superconducting materials x-ray source array nanometrology high-tc superconductivity biomedical technologies metals advanced energy material nanoscale science surface modification carbon energy storage materials advanced electrode material lithium-ion batteries electron spectroscopy charge transport charge separation image quality stationary head ct field emission properties stationary chest tomosynthesis digital breast tomosynthesis multisource cbct field emission microbeam radiation single-wall carbon nanotubes electronic properties lithium intercalation dynamic micro-ct scanner photoemission spectroscopy breast tomosynthesis radiation oncology therapeutic nanomaterials micro-computed tomography

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Carbon Nanotube X-Ray Source Array Designed for a New Multisource Cone Beam Computed Tomography Scanner. Physics in Medicine and Biology (2024)

Boyuan LiChristina R InscoeShuang XuTimothy CapoDonald A TyndallYueh Z LeeJianping LuOtto Zhou

biomedical imagingx-ray source arraymedical image analysis3d imagingbiomedical technologiesphysical medicinebiomedical engineeringapplied physicsmedical biophysicsradiologynanomedicinemedical imagingcomputed tomographynanotechnology

Dual-Energy Cbct by Spectral Filtration of a Dual-Focus Cnt X-Ray Source. Medical Imaging 2018: Physics of Medical Imaging (2024)

Boyuan LiYuanming HuChristina R. InscoeShuang XuDonald A. TyndallYueh LeeJianping LuOtto Zhou

dual-energy cbctbiomedical imagingspectral filtrationradiologymedical imagingcomputed tomography

Improving the Accuracy of Bone Mineral Density Using a Multisource Cbct. Scientific Reports (2024)

Yuanming HuShuang XuBoyuan LiChristina R. InscoeDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

bone mineral densitybone researchbiostatisticsmaterials sciencemedical imagingcomputed tomographymultisource cbctstatistics

Low-Cost Dual-Energy Cbct by Spectral Filtration of a Dual Focal Spot X-Ray Source. Scientific Reports (2024)

Boyuan LiYuanming HuShuang XuBokuan LiChristina R. InscoeDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

scientific computingbiomedical imagingradiation oncologyct scanscientific communicationspectral filtrationmedical imagingrespiratory medicinelow-cost dual-energy cbctradiologyhealth sciencescomputed tomography

Multisource Cone Beam Computed Tomography Using a Carbon Nanotube X-Ray Source Array. Medical Imaging 2018: Physics of Medical Imaging (2024)

Shuang XuYuanming HuBoyuan LiChristina R. InscoeDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

particle beambiomedical imagingx-ray source arraymultisource cone beamradiation oncologyapplied physicsradiologymedical imagingcomputed tomographynanotechnology

Second Generation Stationary Chest Tomosynthesis With Faster Scan Time and Wider Angular Span. Medical Physics (2024)

Alex BillingsleyChristina InscoeJianping LuOtto ZhouYueh Z. Lee

advanced imagingbiomedical imagingangular spanradiographic imagingmedical physicsimage reconstructionscan timebiomedical engineeringradiologymedical imagingcomputed tomographymedical optical imaging

Stationary Prospective Cardiac Gated Computed Tomography—Dynamic Study in Phantoms and in Vivo. Physics in Medicine and Biology (2024)

Alex BillingsleyChristina InscoeMohamed Fathy AttiaJianping LuOtto ZhouYueh Z Lee

biophysicsavian biologybiomedical imagingdynamic studyapplied physicsphysicsmedical imagingcomputed tomography

X-Ray Source Array Optimization for Mobile Chest Tomosynthesis. Medical Imaging 2018: Physics of Medical Imaging (2024)

Christina R. InscoeAlex J. BillingsleyAlan ZhaoHeaven Laramy-Jade BurelStephen ChesserGavin LydaJianping LuYueh Z. LeeOtto Zhou

radiation oncologymobile chest tomosynthesismedical imagingradiologyhealth sciencesbreast cancer

Characterization of a Carbon Nanotube X-Ray Source Array for a Multisource Cbct. Medical Imaging 2018: Physics of Medical Imaging (2023)

Boyuan LiChristina R. InscoeShuang XuDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

x-ray source arraycarbon nanotubesmultisource cbctbiomedical engineeringnanoengineeringmaterials scienceradiologynanotechnology

Clinical Developments of a Stationary Head Ct Using Cnt X-Ray Source Arrays. Medical Imaging 2018: Physics of Medical Imaging (2023)

Alex J. BillingsleyChristy InscoeShuang XuDerrek SpronkYueting LuoOtto ZhouJianping LuYueh Lee

clinical developmentscancer imagingstationary head ctradiologymedical imagingcomputed tomography

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Otto Zhou

David Godschalk Distinguished Professor

University of North Carolina at Chapel Hill

Affiliations

College of Arts and Sciences

Physics and Astronomy

Otto Zhou is currently serving as a College Of Arts And Sciences David Godschalk Distinguished Professor at University of North Carolina At Chapel Hill.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Otto Zhou

University of North Carolina at Chapel Hill

David Godschalk Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Carbon Nanotube X-Ray Source Array Designed for a New Multisource Cone Beam Computed Tomography Scanner. Physics in Medicine and Biology (2024)

Boyuan LiChristina R InscoeShuang XuTimothy CapoDonald A TyndallYueh Z LeeJianping LuOtto Zhou

Dual-Energy Cbct by Spectral Filtration of a Dual-Focus Cnt X-Ray Source. Medical Imaging 2018: Physics of Medical Imaging (2024)

Boyuan LiYuanming HuChristina R. InscoeShuang XuDonald A. TyndallYueh LeeJianping LuOtto Zhou

dual-energy cbctbiomedical imagingspectral filtrationradiologymedical imagingcomputed tomography

Improving the Accuracy of Bone Mineral Density Using a Multisource Cbct. Scientific Reports (2024)

Yuanming HuShuang XuBoyuan LiChristina R. InscoeDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

bone mineral densitybone researchbiostatisticsmaterials sciencemedical imagingcomputed tomographymultisource cbctstatistics

Low-Cost Dual-Energy Cbct by Spectral Filtration of a Dual Focal Spot X-Ray Source. Scientific Reports (2024)

Boyuan LiYuanming HuShuang XuBokuan LiChristina R. InscoeDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

Multisource Cone Beam Computed Tomography Using a Carbon Nanotube X-Ray Source Array. Medical Imaging 2018: Physics of Medical Imaging (2024)

Shuang XuYuanming HuBoyuan LiChristina R. InscoeDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

particle beambiomedical imagingx-ray source arraymultisource cone beamradiation oncologyapplied physicsradiologymedical imagingcomputed tomographynanotechnology

Second Generation Stationary Chest Tomosynthesis With Faster Scan Time and Wider Angular Span. Medical Physics (2024)

Alex BillingsleyChristina InscoeJianping LuOtto ZhouYueh Z. Lee

advanced imagingbiomedical imagingangular spanradiographic imagingmedical physicsimage reconstructionscan timebiomedical engineeringradiologymedical imagingcomputed tomographymedical optical imaging

Stationary Prospective Cardiac Gated Computed Tomography—Dynamic Study in Phantoms and in Vivo. Physics in Medicine and Biology (2024)

Alex BillingsleyChristina InscoeMohamed Fathy AttiaJianping LuOtto ZhouYueh Z Lee

biophysicsavian biologybiomedical imagingdynamic studyapplied physicsphysicsmedical imagingcomputed tomography

X-Ray Source Array Optimization for Mobile Chest Tomosynthesis. Medical Imaging 2018: Physics of Medical Imaging (2024)

Christina R. InscoeAlex J. BillingsleyAlan ZhaoHeaven Laramy-Jade BurelStephen ChesserGavin LydaJianping LuYueh Z. LeeOtto Zhou

radiation oncologymobile chest tomosynthesismedical imagingradiologyhealth sciencesbreast cancer

Characterization of a Carbon Nanotube X-Ray Source Array for a Multisource Cbct. Medical Imaging 2018: Physics of Medical Imaging (2023)

Boyuan LiChristina R. InscoeShuang XuDonald A. TyndallYueh Z. LeeJianping LuOtto Zhou

x-ray source arraycarbon nanotubesmultisource cbctbiomedical engineeringnanoengineeringmaterials scienceradiologynanotechnology

Clinical Developments of a Stationary Head Ct Using Cnt X-Ray Source Arrays. Medical Imaging 2018: Physics of Medical Imaging (2023)

Alex J. BillingsleyChristy InscoeShuang XuDerrek SpronkYueting LuoOtto ZhouJianping LuYueh Lee

clinical developmentscancer imagingstationary head ctradiologymedical imagingcomputed tomography

1
2
3
4
5
35
10 / page

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Similar Faculty Members

Robert Klie

Institution

University of Illinois Chicago

material properties

molecular crystal

Apparao Rao

Institution

Clemson University

materials science

nanotechnology

James G. Miller

Institution

Washington University in St. Louis

medical imaging

medical ultrasound

Huabei Jiang

Institution

University of South Florida

medical imaging

biological imaging

Piero Pianetta

Institution

Stanford University

materials science

applied physics

Orlando Auciello

Institution

University of Texas at Dallas

nanotechnology

advanced materials

Nan Jiang

Institution

University of Illinois Chicago

nanostructure synthesis

nanomaterials

Alex Zettl

Institution

University of California, Berkeley

materials science

applied physics

Král, Petr

Institution

University of Illinois Chicago

self-assembly

nanoparticle research

Arjun Yodh

Institution

University of Pennsylvania

applied physics

materials science