Faculty

Institution

Unit

Venue

John Keto

Professor

University of Texas at Austin

Affiliations

College of Natural Sciences

Physics

John Keto is currently serving as a College Of Natural Sciences Professor at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Keto

University of Texas at Austin

Professor

You can click a keyword to filter the displayed items

applied physics materials science nanotechnology nanomaterials physics atomic physics laser science particle physics photonics laser ablation optoelectronics condensed matter physics thin films mechanical engineering laser processing technology optical engineering aerosol science nanoparticle research optical metrology raman spectroscopy material research electron beam atomic spectroscopy nanostructure synthesis electron-bombarded superfluid helium quantum chemistry electronic materials condensed matter thin film processing impact (mechanics) optical spectroscopy metallic nanomaterials photoluminescence wave optics metal nanoparticles pulsed lasers xenon clusters manufacturing science composite science luminescence additive manufacturing chemical sciences material chemistry free electron lasers sintering dyeing surface nanotechnology instrument science surface chemistry colloidal nanocrystals radiative lifetimes rare gases dynamic properties neutral excitations collisional deactivation xenon collision pairs ag nanoparticles energy transfer transition metal chemistry thermal engineering electronic excited states laser material atmospheric photochemistry pulsed laser deposition advanced laser processing shell theory nanomechanics instrumentation engineering experimental analysis laser photochemistry nanoscale chemistry aerosol formation production mechanisms xenon molecules collisional mixing collision-induced raman spectra spectroscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deformation and Film Formation Mechanisms During High Velocity Impact of Silicon Carbide Nanoparticles. Journal of Aerosol Science (2022)

Derek W. DaviesAidan H. MoyersMichael D. GammageJohn W. KetoMichael F. BeckerDesiderio Kovar

aerosol sciencenanomaterialshigh velocity impactimpact (mechanics)mechanical scienceatmospheric sciencecondensed matter physicsmaterials scienceapplied physicsnanomechanicsphysicsdeformationfilm formation mechanismssilicon carbide nanoparticlesnanotechnology

Explosion Dynamics of Methane Clusters Irradiated by 38 Nm Xuv Laser Pulses. arXiv (Cornell University) (2020)

A. HelalS. BruceH. QuevedoJ. KetoT. Ditmire

surface sciencelaser scienceoptoelectronicsmaterials scienceapplied physicsexplosion dynamicshigh-energy astrophysicsnanotechnologymechanical engineeringmethane clusters

Influence of Agglomerate Morphology on Micro Cold Spray of Ag Nanopowders. Journal of Aerosol Science (2020)

J.J.H. McCallisterM.D. GammageJ.W. KetoM.F. BeckerD. Kovar

agglomerate morphologynanotechnologymicro cold sprayag nanopowdersmaterials scienceaerosol science

An Experimental and Computational Study of High Speed Two-Particle Impacts of Ag Nanoparticles. Journal of Applied Physics (2019)

T. V. ChitrakarG. J. J. NoiseauJ. W. KetoM. F. BeckerD. Kovar

nanoparticlesimpact (mechanics)ag nanoparticlesexperimental analysisapplied physicsmaterials sciencephysicsnanotechnologycomputational study

Influence of Normal Velocity on Microstructure and Density of Films Produced by Nanoparticle Impact. AIP Advances (2019)

J. J. H. McCallisterJ. W. KetoM. F. BeckerD. Kovar

impact (mechanics)normal velocitynanoparticle impactmaterials scienceapplied physicsmicrostructurethin filmsnanotechnologymechanical engineering

Coarsening-Resistant Ag Nanoparticles Stabilized on Amorphous Tiox Nanoparticles. Journal of Nanoparticle Research (2017)

Michael GammageHugo CelioMichael F. BeckerJohn W. KetoDesiderio Kovar

nanoparticlesnanomaterialssurface modificationcoarsening-resistant ag nanoparticlesmaterials scienceapplied physicsnanoparticle researchamorphous tiox nanoparticlesnanotechnology

Particle Deposition and Deformation From High Speed Impaction of Ag Nanoparticles. Acta Materialia (2017)

T.V. ChitrakarJ.W. KetoM.F. BeckerD. Kovar

particle depositionnanomaterialshigh speed impactionag nanoparticlesmaterials scienceapplied physicsnanotechnologymechanical engineering

Ethylene Binding to Au/Cu Alloy Nanoparticles. Surface Science (2016)

Michael D. GammageShannon StaufferGraeme HenkelmanMichael F. BeckerJohn W. KetoDesiderio Kovar

nanoparticlessurface sciencesurface engineeringsurface chemistrysurface nanotechnologychemistrynanomaterialsalloy nanoparticlessurface nanoengineeringmaterials scienceapplied physicsmetallic nanomaterialsnanotechnology

Highly Conductive Nanoparticulate Films Achieved at Low Sintering Temperatures. Journal of Electronic Materials (2015)

Manuj NaharJohn W. KetoMichael F. BeckerDesiderio Kovar

nanomaterialsadvanced materialstechnologyprinted electronicsmaterials sciencesinteringelectronic materialselectronicselectrical engineeringnanotechnology

Interaction of Metal Oxide Nanoparticles, Generated via Microparticle Ablation, With Intense Xuv Pulses. (2015)

S. BruceA. HelalT. HaH. QuevedoA. BernsteinJ. KetoT. Ditmire

nanomaterialsmicroparticle ablationmetal oxide nanoparticlesbiomedical engineeringmaterials scienceapplied physicsintense xuv pulsesnanoparticle researchnanotechnology

1
2
3
4
5
11
10 / page

John Keto

Professor

University of Texas at Austin

Affiliations

College of Natural Sciences

Physics

John Keto is currently serving as a College Of Natural Sciences Professor at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Keto

University of Texas at Austin

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deformation and Film Formation Mechanisms During High Velocity Impact of Silicon Carbide Nanoparticles. Journal of Aerosol Science (2022)

Derek W. DaviesAidan H. MoyersMichael D. GammageJohn W. KetoMichael F. BeckerDesiderio Kovar

Explosion Dynamics of Methane Clusters Irradiated by 38 Nm Xuv Laser Pulses. arXiv (Cornell University) (2020)

A. HelalS. BruceH. QuevedoJ. KetoT. Ditmire

surface sciencelaser scienceoptoelectronicsmaterials scienceapplied physicsexplosion dynamicshigh-energy astrophysicsnanotechnologymechanical engineeringmethane clusters

Influence of Agglomerate Morphology on Micro Cold Spray of Ag Nanopowders. Journal of Aerosol Science (2020)

J.J.H. McCallisterM.D. GammageJ.W. KetoM.F. BeckerD. Kovar

agglomerate morphologynanotechnologymicro cold sprayag nanopowdersmaterials scienceaerosol science

An Experimental and Computational Study of High Speed Two-Particle Impacts of Ag Nanoparticles. Journal of Applied Physics (2019)

T. V. ChitrakarG. J. J. NoiseauJ. W. KetoM. F. BeckerD. Kovar

nanoparticlesimpact (mechanics)ag nanoparticlesexperimental analysisapplied physicsmaterials sciencephysicsnanotechnologycomputational study

Influence of Normal Velocity on Microstructure and Density of Films Produced by Nanoparticle Impact. AIP Advances (2019)

J. J. H. McCallisterJ. W. KetoM. F. BeckerD. Kovar

impact (mechanics)normal velocitynanoparticle impactmaterials scienceapplied physicsmicrostructurethin filmsnanotechnologymechanical engineering

Coarsening-Resistant Ag Nanoparticles Stabilized on Amorphous Tiox Nanoparticles. Journal of Nanoparticle Research (2017)

Michael GammageHugo CelioMichael F. BeckerJohn W. KetoDesiderio Kovar

nanoparticlesnanomaterialssurface modificationcoarsening-resistant ag nanoparticlesmaterials scienceapplied physicsnanoparticle researchamorphous tiox nanoparticlesnanotechnology

Particle Deposition and Deformation From High Speed Impaction of Ag Nanoparticles. Acta Materialia (2017)

T.V. ChitrakarJ.W. KetoM.F. BeckerD. Kovar

particle depositionnanomaterialshigh speed impactionag nanoparticlesmaterials scienceapplied physicsnanotechnologymechanical engineering

Ethylene Binding to Au/Cu Alloy Nanoparticles. Surface Science (2016)

Michael D. GammageShannon StaufferGraeme HenkelmanMichael F. BeckerJohn W. KetoDesiderio Kovar

Highly Conductive Nanoparticulate Films Achieved at Low Sintering Temperatures. Journal of Electronic Materials (2015)

Manuj NaharJohn W. KetoMichael F. BeckerDesiderio Kovar

nanomaterialsadvanced materialstechnologyprinted electronicsmaterials sciencesinteringelectronic materialselectronicselectrical engineeringnanotechnology

Interaction of Metal Oxide Nanoparticles, Generated via Microparticle Ablation, With Intense Xuv Pulses. (2015)

S. BruceA. HelalT. HaH. QuevedoA. BernsteinJ. KetoT. Ditmire

nanomaterialsmicroparticle ablationmetal oxide nanoparticlesbiomedical engineeringmaterials scienceapplied physicsintense xuv pulsesnanoparticle researchnanotechnology

1
2
3
4
5
11
10 / page

Similar Faculty Members

Pritish Mukherjee

Institution

University of South Florida

management

analytics

Michael Downer

Institution

University of Texas at Austin

laser-plasma interaction

plasma photonics

Richard Haglund

Institution

Vanderbilt University

advanced functional material

chemical sensing

Chunlei Guo

Institution

University of Rochester

femtosecond laser-matter interactions

optical materials

Eric Mazur

Institution

Harvard University

science education

engineering education

Lawrence Ziegler

Institution

Boston University

wide range

ultrafast laser spectroscopy

Paul Champion

Institution

Northeastern University

experimental biophysics

proton tunneling

Feng Wang

Institution

University of California, Berkeley

materials science

applied physics

John Ballato

Institution

Clemson University

materials science

applied physics

Robert A. Norwood

Institution

University of Arizona

polymer optical interconnects

optical properties

Similar Faculty Members

Pritish Mukherjee

Institution

University of South Florida

management

analytics

Michael Downer

Institution

University of Texas at Austin

laser-plasma interaction

plasma photonics

Richard Haglund

Institution

Vanderbilt University

advanced functional material

chemical sensing

Chunlei Guo

Institution

University of Rochester

femtosecond laser-matter interactions

optical materials

Eric Mazur

Institution

Harvard University

science education

engineering education

Lawrence Ziegler

Institution

Boston University

wide range

ultrafast laser spectroscopy

Paul Champion

Institution

Northeastern University

experimental biophysics

proton tunneling

Feng Wang

Institution

University of California, Berkeley

materials science

applied physics

John Ballato

Institution

Clemson University

materials science

applied physics

Robert A. Norwood

Institution

University of Arizona

polymer optical interconnects

optical properties