This paper presents a systematized review of the research on the production of nanosecond
high-power pulses using solid-state generators based on an inductive energy store and a …

The generation of a 2-GW microwave superradiance (SR) pulses has been demonstrated at
29-GHz using a single-mode relativistic backward-wave oscillator possessing the beam-to …

Based on the SOS+ MCL approach (SOS—generator with output Semiconductor Opening
Switch; MCL—Magnetic Compression Line), a high-power solid-state picosecond system …

Fulfillment of the condition that the voltage rise time across an air gap is comparable with the
time of electron acceleration from a cathode to an anode allows a flow of runaway electrons …

The electron accelerator URT-1М-300 for mobile installation was created for radiation
disinfecting to correct drawbacks that were found the URT-1M electron accelerator operation …

This article describes a picosecond solid-state pulsed system, where the input pulse from
the generator with a semiconductor opening switch (SOS) is amplified in power and …

This paper presents new experimental data that enable the observed processes in nonlinear
ferrite lines to be related with the theoretical positions of the spin waves of the magnetization …

Test results of high-voltage subnanosecond pulse generator with a hybrid, two-stage energy
compression scheme are presented. After the first compression section with a gas …

In this work, experiments were made in which gyromagnetic nonlinear transmission line
(NLTL) operates as a peak power amplifier of the input pulse. At such an operating regime …

This article describes a subnanosecond solid-state pulsed power system in which an input
pulse from a generator with a semiconductor opening switch (generator) is amplified in …