A plasma maser that does not use a strong magnetic field for transporting a relativistic highcurrent electron flow is calculated within the particle-in-cell model. Tuning of the average radiation frequency from 3 to 7GHz with a single pulse spectrum width of 2 to 3GHz is demonstrated. The power of a radiation pulse with a duration up to 70 ns is from 0.5 to 0.7GW at the efficiency of 4 to 6%. © 2017, Allerton Press, Inc
High energy electrons are produced and play an important role such as radical particle production in...
High-pressure plasmas are an interesting state of matter where transport phenomena occur among multi...
The Fusion-FEM experiment, a high-power, electrostatic free-electron maser being built at the FOM-In...
Presented in this paper are the results of a particle-in-cell modelling of a novel high-power microw...
The results of numerically simulating a high-power plasma maser—the wideband microwave noise amplifi...
This paper presents an experimental plasma maser driven by a 2-ns long, high-current electron beam w...
Numerical model of plasma-assisted microwave noise amplifier with 10% of energy efficiency on 150-MW...
Consideration is given to the research status and prospects for development of plasma relativistic m...
Different possibilities of construction are considered for sources of powerful microwave pulses on t...
A method for generating microwave pulses with a power of ∼1 GW and a frequency controlled in a band ...
High-pressure plasmas with large Coulomb coupling constant are an interesting state of matter where ...
At the FOM Institute for Plasma Physics \u27\u27Rijnhuizen\u27\u27, The Netherlands, the commissioni...
We describe mechanisms of microwave pulse shortening in radiation sources with the power of about 10...
A plasma electron accelerator based on the gyromagnetic autoresonance effect is described. Elec-tron...
Abstract: The pulse-periodic operation regime of a plasma relativistic microwave generator is consid...
High energy electrons are produced and play an important role such as radical particle production in...
High-pressure plasmas are an interesting state of matter where transport phenomena occur among multi...
The Fusion-FEM experiment, a high-power, electrostatic free-electron maser being built at the FOM-In...
Presented in this paper are the results of a particle-in-cell modelling of a novel high-power microw...
The results of numerically simulating a high-power plasma maser—the wideband microwave noise amplifi...
This paper presents an experimental plasma maser driven by a 2-ns long, high-current electron beam w...
Numerical model of plasma-assisted microwave noise amplifier with 10% of energy efficiency on 150-MW...
Consideration is given to the research status and prospects for development of plasma relativistic m...
Different possibilities of construction are considered for sources of powerful microwave pulses on t...
A method for generating microwave pulses with a power of ∼1 GW and a frequency controlled in a band ...
High-pressure plasmas with large Coulomb coupling constant are an interesting state of matter where ...
At the FOM Institute for Plasma Physics \u27\u27Rijnhuizen\u27\u27, The Netherlands, the commissioni...
We describe mechanisms of microwave pulse shortening in radiation sources with the power of about 10...
A plasma electron accelerator based on the gyromagnetic autoresonance effect is described. Elec-tron...
Abstract: The pulse-periodic operation regime of a plasma relativistic microwave generator is consid...
High energy electrons are produced and play an important role such as radical particle production in...
High-pressure plasmas are an interesting state of matter where transport phenomena occur among multi...
The Fusion-FEM experiment, a high-power, electrostatic free-electron maser being built at the FOM-In...