The traveling-wave tube (TWT), also known as the traveling-wave amplifier (TWA) or
traveling-wave tube amplifier (TWTA), is a widely used amplifier in satellite communications …

To simulate traveling-wave tubes (TWTs) in time domain and, more generally, the wave-
particle interaction in vacuum devices, we developed the DIscrete MOdel with HAmiltonian …

Measurements of delay time in the transfer of modulation between a modulated to an
unmodulated one, both of them derived by the same microwave source, are reported and …

A scheme to characterize and model the dynamics of the electron beam–electromagnetic
power exchange along a traveling-wave tube (TWT) is proposed. The method is based on …

Millimeter-wave technology is crucial in telecommunications as it enables higher
bandwidths and faster data transfer. V-band represents frequencies ranging from 50 to 75 …

We propose a multi-particle self-consistent Hamiltonian (derived from an N-body
description) that is applicable for periodic structures, such as traveling-wave tubes (TWTs) …

In many fields, such as space astrophysics, plasma and vacuum electronics, there are many
nonlinear strong coupling physical problems. In order to solve the problem of electron beam …

Coupled-cavity traveling-wave tubes (CCTWTs) are high-power amplifiers operating in the
microwave and millimeter-wave regions of the spectrum, utilizing beam-wave coupling …

We investigate the interaction of electromagnetic waves and electron beams in a 4 m long
traveling wave tube (TWT). The device is specifically designed to simulate beam-plasma …

A scheme to characterize the dynamics of the electron beam-electromagnetic power
exchange along a traveling wave tube (TWT) is proposed. The method is based on defining …