Faculty

Institution

Unit

Venue

James Dickens

CB Thornton Professor of Electrical and Computer Engineering

Texas Tech University

Affiliations

Edward E. Whitacre Jr. College of Engineering

Department of Electrical & Computer Engineering

James Dickens is currently serving as an Electrical & Computer Engineering CB Thornton Professor of Electrical and Computer Engineering at Texas Tech University.

Honors

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Experiences

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Education

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James Dickens

Texas Tech University

CB Thornton Professor of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

electrical engineering applied physics power electronics plasma science materials science optoelectronics microwave technology microwave engineering physics instrumentation electronics particle physics semiconductors high voltage engineering electromagnetism microelectronics plasma electronics solid-state electronics semiconductor devices materials engineering semiconductor technology instrument science plasma diagnostics transmission line power engineering electronic materials ferromagnetism power generation radio frequency atmospheric pressure condensed matter physics thermal engineering electrical insulation electrical transmission accelerator technology transformer oil radio engineering shock waves instrument development aluminum gallium nitride instrumentation engineering pulsed power applications power semiconductor devices dielectric surface flashover coaxial vircator high power spark gap plasma processing plasma photonics compression (physics) photoconductive switch applications rectangular waveguides metals material chemistry experimental analysis semiconductor device fabrication electric machines electronic instrumentation vacuum device lithium-ion batteries analytical instrumentation primary power pulsed power compact marx generator pulsed breakdown strength field enhancements trap-to-band impact ionization plasma chemistry material research energetic materials additive manufacturing engineering optimization wireless communications data compression laser science secondary electron yield

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Study of Small-Scale Coaxial Gyromagnetic Nonlinear Transmission Lines. IEEE Transactions on Plasma Science (2026)

electromagnetic fieldselectromagnetismtransmission linenonlinear phenomenamagnetismmagnetic fieldsnonlinear sciencemagnetic propertiesexperimental study

A Highly Versatile Experimental Testbed for Sos Diode Evaluation. (2025)

semiconductor devicesintegrated circuitssolid-state electronicselectronicssemiconductorssos diode evaluationapplied physicssemiconductor technologyinstrumentation

An Experimental Comparison Between Volumetric and Surface Flashover Breakdown of $Sf_{6}$ and $C_{4}F_{7}N$ Under Nanosecond Pulse Conditions. (2025)

physicselectromagnetic fieldselectromagnetismsurface flashover breakdownfusionnanosecond pulse conditionslaser-induced breakdownapplied physicsexplosion weldingshock wavesfusion engineeringengineering

A Practical Circuit Modeling Approach for Semiconductor Opening Switch-Driven Pulsed Power Systems. (2025)

power engineeringelectric power systemscircuit simulationpower devicesenergy systemselectronicspower deliverycircuit analysiselectrical engineeringpower electronicspower systemselectric power transmissionsemiconductor opening switch-drivenengineering

Assessing Nanocrystalline Pulsed Transformer Core Performance Using Maxwell Ansys. AIP Advances (2025)

electromagnetic fieldselectrical insulationhigh voltage engineeringmaxwell ansysengineering

Behavioral Model of a Semiconductor Opening Switch (Sos). AIP Advances (2025)

semiconductor opening switchsemiconductor devicesintegrated circuitselectronicssemiconductorselectrical engineeringcircuit analysisdevice modeling

Design, Simulation, and Fabrication of a Novel Multi-Output Flux Trapping Helical Flux Compression Generator. (2025)

propulsionenergy transformationelectrical engineeringengineering

Development and Optimization of a 10-Stage Solid-State Linear Transformer Driver. Energies (2025)

power electronicselectrical engineeringengineering

Development of an Experimental Setup for Electron Beam Driven X-Band High-Power Microwave Generation. (2025)

electromagnetic fieldselectromagnetismmicrowave engineeringradiation generationexperimental setupelectronicselectrical engineeringmicrowave technologyapplied physics

Experiments on Coaxial and Rectangular Cavity Oscillators for X-Band High-Power Microwave Generation With No Guiding Magnetic Field. (2025)

electromagnetic fieldselectromagnetismmicrowave engineeringradio frequencyhigh-frequency devicesrectangular cavity oscillatorsmicrowave technologyelectrical engineeringelectromagnetic compatibility

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James Dickens

CB Thornton Professor of Electrical and Computer Engineering

Texas Tech University

Affiliations

Edward E. Whitacre Jr. College of Engineering

Department of Electrical & Computer Engineering

James Dickens is currently serving as an Electrical & Computer Engineering CB Thornton Professor of Electrical and Computer Engineering at Texas Tech University.

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 Dickens

Texas Tech University

CB Thornton Professor of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Study of Small-Scale Coaxial Gyromagnetic Nonlinear Transmission Lines. IEEE Transactions on Plasma Science (2026)

electromagnetic fieldselectromagnetismtransmission linenonlinear phenomenamagnetismmagnetic fieldsnonlinear sciencemagnetic propertiesexperimental study

A Highly Versatile Experimental Testbed for Sos Diode Evaluation. (2025)

semiconductor devicesintegrated circuitssolid-state electronicselectronicssemiconductorssos diode evaluationapplied physicssemiconductor technologyinstrumentation

An Experimental Comparison Between Volumetric and Surface Flashover Breakdown of $Sf_{6}$ and $C_{4}F_{7}N$ Under Nanosecond Pulse Conditions. (2025)

A Practical Circuit Modeling Approach for Semiconductor Opening Switch-Driven Pulsed Power Systems. (2025)

Assessing Nanocrystalline Pulsed Transformer Core Performance Using Maxwell Ansys. AIP Advances (2025)

electromagnetic fieldselectrical insulationhigh voltage engineeringmaxwell ansysengineering

Behavioral Model of a Semiconductor Opening Switch (Sos). AIP Advances (2025)

semiconductor opening switchsemiconductor devicesintegrated circuitselectronicssemiconductorselectrical engineeringcircuit analysisdevice modeling

Design, Simulation, and Fabrication of a Novel Multi-Output Flux Trapping Helical Flux Compression Generator. (2025)

propulsionenergy transformationelectrical engineeringengineering

Development and Optimization of a 10-Stage Solid-State Linear Transformer Driver. Energies (2025)

power electronicselectrical engineeringengineering

Development of an Experimental Setup for Electron Beam Driven X-Band High-Power Microwave Generation. (2025)

electromagnetic fieldselectromagnetismmicrowave engineeringradiation generationexperimental setupelectronicselectrical engineeringmicrowave technologyapplied physics

Experiments on Coaxial and Rectangular Cavity Oscillators for X-Band High-Power Microwave Generation With No Guiding Magnetic Field. (2025)

electromagnetic fieldselectromagnetismmicrowave engineeringradio frequencyhigh-frequency devicesrectangular cavity oscillatorsmicrowave technologyelectrical engineeringelectromagnetic compatibility

1
2
3
4
5
52
10 / page

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Similar Faculty Members

Patrick Fay

Institution

University of Notre Dame

microfabrication

microwave measurement

John Verboncoeur

Institution

Michigan State University

electromagnetism

plasma photonics

Martin A Gundersen

Institution

University of Southern California

laser-plasma interaction

combustion

Mark Rodwell

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University of California, Santa Barbara

electrical engineering

optoelectronics

Stephen E. Saddow

Institution

University of South Florida

sic cvd

microfabrication

Magne Kristiansen

Institution

Texas Tech University

electrical engineering

applied physics

Mark A. Cappelli

Institution

Stanford University

applied physics

aerospace engineering

Robert A. Reed

Institution

Vanderbilt University

radiation

radiation oncology

Eli Yablonovitch

Institution

University of California, Berkeley

applied physics

optoelectronics

David A. Hammer

Institution

Cornell University

engineering

fusion