We present the theory of a new amplification regime in traveling wave tubes (TWTs)
composed of a slow wave periodic structure that supports multiple electromagnetic modes …

The interaction between a linear electron beam and a guided electromagnetic wave is
studied in the context of exceptional points of degeneracy (EPD) supported by such an …

We propose a new amplification regime based on a synchronous operation of four
degenerate electromagnetic (EM) modes in a slow-wave structure and the electron beam …

We propose a new principle of operation in vacuum electron-beam-based oscillators that
leads to a low beam current for starting oscillations. The principle is based on …

Engineering of the eigenmode dispersion of slow wave structures (SWSs) to achieve
desired modal characteristics is an effective approach to enhance the performance of high …

We provide here a comprehensive exposition of a novel dispersion engineering framework
for high-power electron-beam-driven devices based on multiple degenerate eigenwave …

The Traveling Wave Tubes (TWT) is a powerful vacuum electronic device used to amplify
radio-frequency (RF) signals as well as numerous applications such as radar, television and …

A possible route toward achieving high-power microwave (HPM) devices is through the use
of novel slow-wave structures, represented by multiple coupled transmission lines (MTLs) …

Classical Cherenkov radiation is a celebrated physics phenomenon of electromagnetic (EM)
radiation stimulated by an electric charge moving with constant velocity in a three …

A simple and fast model for numerically calculating small-signal gain in serpentine
waveguide traveling-wave tubes (TWTs) is described. In the framework of the Pierce model …