Faculty

Institution

Unit

Venue

Yue Ying Lau

Professor Emeritus

University of Michigan

Affiliations

Nuclear Engineering and Radiological Sciences

Yue Ying Lau is currently serving as a Nuclear Engineering And Radiological Sciences Professor Emeritus at University of Michigan.

Honors

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Experiences

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Education

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Yue Ying Lau

University of Michigan

Professor Emeritus

You can click a keyword to filter the displayed items

applied physics electrical engineering particle physics materials science physics plasma science optoelectronics power electronics microwave technology accelerator technology optical engineering thin films condensed matter physics atomic physics accelerator physics instrumentation microelectronics electronics laser ablation laser science surface science radio frequency microwave engineering relativistic magnetron plasma diagnostics magnetic priming ion implantation multipactor discharge plasma physics plasma electronics magnetic fields wave propagation crossed-field gap absolute instability numerical simulations particle accelerators oscillation theory dissimilar materials contact resistance recirculating planar magnetron solid-state electronics metals thermal engineering space weather ion beams hydrodynamic stability child-langmuir law fluid flow instrument science infrared optic high voltage engineering millimeter wave technology planar magnetrons electrical contact resistance electron beam ablation traveling-wave tube electronic materials particle beam plasma chemistry instrumentation engineering charge transport ion emission field emission peer-to-peer locking semiconductor devices current crowding mechanical science semiconductor technology surface processing surface analysis applied chemistry particle technology contact mechanics cancer biology quality engineering applied physiology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improvements to Crossed-Field Amplifier Design and Operation. (2026)

electromagnetic compatibilityantennasmicrowave technologyrf subsystemelectrical engineering

Comment on “Developing a Linear Fluid Plasma Model With Accurate Kinetic Bernstein Waves: A First Step” [Phys. Plasmas 32, 082110 (2025)]. Physics of Plasmas (2025)

nonlinear phenomenafundamental plasma physicselectromagnetismphysicsplasma sciencefluid dynamicswave nonlinearityelectromagnetic fieldsplasma physics

Experiments and Simulations on Two-Dimensional Brillouin Flow. (2025)

hydrodynamic stabilityflow physicsnumerical simulationsengineeringfluid dynamicsfluid flowmechanical engineeringtwo-dimensional brillouin flowcomputational fluid dynamicsfluid mechanics

Design of an Overmoded X-Band Milo. (2024)

Adam BrusstarRyan RevolinskyChristopher SwensonEmma GuerinNicholas M. JordanRonald GilgenbachYue Ying Lau

overmoded x-band milobiomedical engineeringdesign

Investigations of Two-Dimensional Brillouin Flow Through a Cylindrical Step Discontinuity. (2024)

Ryan A. RevolinskyChristopher J. SwensonNicholas M. JordanY. Y. LauRonald M. Gilgenbach

biophysicsflow physicsfluid flowfluid dynamicstwo-dimensional brillouin flowcylindrical step discontinuityfluid mechanics

Limiting Current on Periodic Electron Sheets in a Planar Diode. Physics of Plasmas (2024)

David CherninDion LiY. Y. Lau

particle physicsphysicsplasma scienceplanar diodeperiodic electron sheetsapplied physics

On the Two-Dimensional Brillouin Flow. Physics of Plasmas (2024)

Ryan RevolinskyChristopher SwensonNicholas JordanY. Y. LauRonald Gilgenbach

physicscondensed mattertwo-dimensional brillouin flowfluid mechanicsapplied physicscondensed matter physics

Publisher's Note: “on the Two-Dimensional Brillouin Flow” [Phys. Plasmas 31, 053109 (2024)]. Physics of Plasmas (2024)

Ryan RevolinskyChristopher SwensonNicholas JordanY. Y. LauRonald Gilgenbach

plasma physicsphysicsplasma sciencetwo-dimensional brillouin flow

Simulated and Experimental Oscillation Thresholds of the Recirculating Planar Crossed-Field Amplifier. (2024)

Christopher SwensonRyan RevolinskyEmma GuerinYue Ying LauNicholas JordanRyan McBrideRonald Gilgenbach

planar crossed-field amplifierelectrical engineeringexperimental oscillation thresholdsnumerical simulations

Simulation and Experiments on the Coaxial, All-Cavity Extraction, Recirculating Planar Magnetron. (2024)

Emma N. GuerinChristopher J. SwensonAdam N. BrusstarRyan A. RevolinskyYue Ying LauNicholas M. JordanRonald M. Gilgenbach

all-cavity extractionengineeringplanar magnetronnumerical simulations

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Yue Ying Lau

Professor Emeritus

University of Michigan

Affiliations

Nuclear Engineering and Radiological Sciences

Yue Ying Lau is currently serving as a Nuclear Engineering And Radiological Sciences Professor Emeritus at University of Michigan.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Yue Ying Lau

University of Michigan

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improvements to Crossed-Field Amplifier Design and Operation. (2026)

electromagnetic compatibilityantennasmicrowave technologyrf subsystemelectrical engineering

Comment on “Developing a Linear Fluid Plasma Model With Accurate Kinetic Bernstein Waves: A First Step” [Phys. Plasmas 32, 082110 (2025)]. Physics of Plasmas (2025)

nonlinear phenomenafundamental plasma physicselectromagnetismphysicsplasma sciencefluid dynamicswave nonlinearityelectromagnetic fieldsplasma physics

Experiments and Simulations on Two-Dimensional Brillouin Flow. (2025)

hydrodynamic stabilityflow physicsnumerical simulationsengineeringfluid dynamicsfluid flowmechanical engineeringtwo-dimensional brillouin flowcomputational fluid dynamicsfluid mechanics

Design of an Overmoded X-Band Milo. (2024)

Adam BrusstarRyan RevolinskyChristopher SwensonEmma GuerinNicholas M. JordanRonald GilgenbachYue Ying Lau

overmoded x-band milobiomedical engineeringdesign

Investigations of Two-Dimensional Brillouin Flow Through a Cylindrical Step Discontinuity. (2024)

Ryan A. RevolinskyChristopher J. SwensonNicholas M. JordanY. Y. LauRonald M. Gilgenbach

biophysicsflow physicsfluid flowfluid dynamicstwo-dimensional brillouin flowcylindrical step discontinuityfluid mechanics

Limiting Current on Periodic Electron Sheets in a Planar Diode. Physics of Plasmas (2024)

David CherninDion LiY. Y. Lau

particle physicsphysicsplasma scienceplanar diodeperiodic electron sheetsapplied physics

On the Two-Dimensional Brillouin Flow. Physics of Plasmas (2024)

Ryan RevolinskyChristopher SwensonNicholas JordanY. Y. LauRonald Gilgenbach

physicscondensed mattertwo-dimensional brillouin flowfluid mechanicsapplied physicscondensed matter physics

Publisher's Note: “on the Two-Dimensional Brillouin Flow” [Phys. Plasmas 31, 053109 (2024)]. Physics of Plasmas (2024)

Ryan RevolinskyChristopher SwensonNicholas JordanY. Y. LauRonald Gilgenbach

plasma physicsphysicsplasma sciencetwo-dimensional brillouin flow

Simulated and Experimental Oscillation Thresholds of the Recirculating Planar Crossed-Field Amplifier. (2024)

Christopher SwensonRyan RevolinskyEmma GuerinYue Ying LauNicholas JordanRyan McBrideRonald Gilgenbach

planar crossed-field amplifierelectrical engineeringexperimental oscillation thresholdsnumerical simulations

Simulation and Experiments on the Coaxial, All-Cavity Extraction, Recirculating Planar Magnetron. (2024)

Emma N. GuerinChristopher J. SwensonAdam N. BrusstarRyan A. RevolinskyYue Ying LauNicholas M. JordanRonald M. Gilgenbach

all-cavity extractionengineeringplanar magnetronnumerical simulations

1
2
3
4
5
75
10 / page

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applied physics

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dispersion science

plasma material interactions

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device modeling

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