Add to ORKGNumerical model of plasma-assisted microwave noise amplifier with 10% of energy efficiency on 150-MW power level is described. Pulse duration of 2 ns prevents the feedback in a 50-cm long device and provides generation of microwave pulses with continuous frequency control from 4 to 17 GHz and ≈ 2 GHz of a pulse bandwidth. Parameters of available electron beam sources are considered
An oscillating virtual cathode produced by a multikiloampere relativistic electron beam can generate...
Microwave activated plasma shows advantages on obtaining high-density coatings with advanced mechani...
The high-power scheme for the amplification of powerful microwave signals based on the o...
Numerical model of plasma-assisted microwave noise amplifier with 10% of energy efficiency on 150-MW...
The results of numerically simulating a high-power plasma maser—the wideband microwave noise amplifi...
Different possibilities of construction are considered for sources of powerful microwave pulses on t...
This paper presents an experimental plasma maser driven by a 2-ns long, high-current electron beam w...
We describe mechanisms of microwave pulse shortening in radiation sources with the power of about 10...
A method for generating microwave pulses with a power of ∼1 GW and a frequency controlled in a band ...
Presented in this paper are the results of a particle-in-cell modelling of a novel high-power microw...
A plasma maser that does not use a strong magnetic field for transporting a relativistic highcurrent...
Experimental results are presented of a generation of gigawatt-microwave pulse by current modulation...
Operated in the noise amplification regime, a plasma maser underwent a series of experiments. The pu...
Consideration is given to the research status and prospects for development of plasma relativistic m...
This paper reports the experimental demonstration of frequency upshifting of microwave radiation by ...
An oscillating virtual cathode produced by a multikiloampere relativistic electron beam can generate...
Microwave activated plasma shows advantages on obtaining high-density coatings with advanced mechani...
The high-power scheme for the amplification of powerful microwave signals based on the o...
Numerical model of plasma-assisted microwave noise amplifier with 10% of energy efficiency on 150-MW...
The results of numerically simulating a high-power plasma maser—the wideband microwave noise amplifi...
Different possibilities of construction are considered for sources of powerful microwave pulses on t...
This paper presents an experimental plasma maser driven by a 2-ns long, high-current electron beam w...
We describe mechanisms of microwave pulse shortening in radiation sources with the power of about 10...
A method for generating microwave pulses with a power of ∼1 GW and a frequency controlled in a band ...
Presented in this paper are the results of a particle-in-cell modelling of a novel high-power microw...
A plasma maser that does not use a strong magnetic field for transporting a relativistic highcurrent...
Experimental results are presented of a generation of gigawatt-microwave pulse by current modulation...
Operated in the noise amplification regime, a plasma maser underwent a series of experiments. The pu...
Consideration is given to the research status and prospects for development of plasma relativistic m...
This paper reports the experimental demonstration of frequency upshifting of microwave radiation by ...
An oscillating virtual cathode produced by a multikiloampere relativistic electron beam can generate...
Microwave activated plasma shows advantages on obtaining high-density coatings with advanced mechani...
The high-power scheme for the amplification of powerful microwave signals based on the o...