The magnetically insulated line oscillator (MILO) is a high power microwave source that has
received increased attention recently because it does not require an external magnetic field …

The critical current in a one-dimensional (1D) crossed-field gap is defined by the transition
from a cycloidal flow to a near-Brillouin (nB) state characterized by electron flow orthogonal …

In this work, we use the Brillouin flow analytic framework to examine the physics of
Magnetically Insulated Transmission Lines (MITL). We derive a model applicable to any …

We explore the use of reduced physics models for efficient kinetic particle simulations of
space charge limited (SCL) emission in inner magnetically insulated transmission lines …

Magnetic insulation of electrons prevents losses and can be applied to generating radiation
or electron sources for high current and high power applications. Ion emission from the …

Upper-hybrid oscillations have appeared in a number of theoretical and experimental
investigations of quasi-static neutral plasmas immersed in an external strong magnetic field …

Adding an orthogonal magnetic field to a diode is crucial for multiple applications, including
high power generation. These crossed-field diodes (CFDs) have curved electron trajectories …

Magnetically insulated line oscillators (MILOs) are crossed-field devices which generate a
self-induced azimuthal magnetic field via an axial current. This negates the need for external …

Crossed-field devices, such as magnetrons and crossed-field amplifiers, where an external
magnetic field is orthogonal to the electric field across the gap, are used in radars …

This article compares the transient induced current due to the electromagnetic shock
produced by a charged particle impacting a perfectly conducting plate, with the classical …