Allen Garner

Professor

Purdue University

United States

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Allen Garner is a Professor at Purdue University, based in the United States. His research interests encompass a variety of topics including critical current in crossed-field gaps, the Mott-Gurney law for nonplanar diodes, and the hysteresis behavior of ferroic ceramics. He has contributed to the understanding of space-charge-limited current in relativistic diodes and noise generation mechanisms in crossed-field amplifiers through his recent articles.

Articles (28)

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2022

Collaborators (3)

N. R. Sree Harsha

Purdue University

UNITED STATES

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Sally Bane

Associate Professor

Purdue University

UNITED STATES

View details

Jim Browning

Professor

Boise State University

UNITED STATES

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Allen Garner

Research Interests

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Articles (28)

Noise Generation Mechanisms in Re-Entrant Backward-Wave Crossed-Field Amplifiers

A generalized framework for the critical current for a one-dimensional crossed-field gap in an orthogonal coordinate system

Extending the Mott–Gurney law to one-dimensional nonplanar diodes using point transformations

Ferromagnetic Hysteresis Behavior of Ferroic and Multiferroic Ceramics From 100 to 400 K for Nonlinear Pulse Forming Line Applications

Maps of Membrane Pore Dynamics From Picosecond to Millisecond Pulse Durations

Space-charge-limited current for nonplanar relativistic diodes with nonzero monoenergetic initial velocity using point transformations

Theoretical Assessment of the Transition Between Electron Emission Mechanisms for Nonplanar Diodes

Radio Frequency Amplification in a Linear Crossed-Field Amplifier Using Cold Cathodes

The Implications of Collisions on the Spatial Profile of Electric Potential and the Space-Charge-Limited Current

Limiting current in a collisional crossed-field gap

Critical current in a two-dimensional non-magnetically insulated crossed-field gap with monoenergetic emission

Scaling laws for AC gas breakdown in microscale gaps

Collisional space-charge-limited current with monoenergetic velocity: From Child–Langmuir to Mott–Gurney

A Simplified Electrical-Based Model for Electroporation Dynamics

Electron Trajectories and Critical Current in a Two-Dimensional Planar Magnetically Insulated Crossed-Field Gap

Spoke Characterization in Re-Entrant Backward Wave Crossed-Field Amplifiers via Simulation

A coaxial solid state nonlinear pulse forming line with an exponentially tapered ferrite composite core

Uniform space-charge-limited current for a two-dimensional planar emitter with nonzero monoenergetic initial velocity

Particle-in-cell simulations of the ionization process in microwave argon microplasmas

Electroporation from mitochondria to cell clusters: Model development toward analyzing electrically driven bioeffects over a large spatial range

Numerical analysis of a nanosecond repetitively pulsed plasma-assisted counterflow diffusion flame

Electron trajectories in a collisional crossed-field gap

Sinusoidal RF simulations for optimized electroporation protocols

Nonlinear Effective Dielectric Properties of Barium Strontium Titanate Composites from 300MHz to 4GHz

Review of Developments in Bioelectrics as an Application of Pulsed Power Technology

Selective Electroporation of Tumor Cells Under AC Radiofrequency Stimulation – A Numerical Study

Erratum: “Uniform space-charge-limited current for a two-dimensional planar emitter with nonzero monoenergetic initial velocity” [J. Appl. Phys. 134, 113301 (2023)]

Space-charge-limited current density for nonplanar diodes with monoenergetic emission using Lie-point symmetries

Collaborators (3)

N. R. Sree Harsha

Sally Bane

Jim Browning

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