Demonstration of the electromagnetic hardening properties of a plasma-based electrically small VHF antenna is presented in this paper. It is shown that when illuminated by an electromagnetic pulse, the maximum voltage collected by the antenna grows linearly with the maximum magnitude of the incident electric field, but beyond a certain threshold around 70 kV/m, the maximum voltage collected ceases to grow linearly and seems to saturate around a value of 200 V
Microwave receiving systems may be damaged or destroyed when they are subjected to High Power Microw...
The functionality of the plasma antenna has been narrowed to types and brand names only. The physic...
Plasma antenna represents a completely new technology that used plasma elements instead of metal one...
Plasma antennas use plasma elements instead of metal conductors. They are constructed by an insulat...
La miniaturisation d’antenne est un défi important, en particulier en bande VHF où les longueurs d’o...
A model for a proposed electrically short antenna using plasma with time-varying conductivity as the...
The use of low pressure non-equilibrium plasma as epsilon negative medium for a zero-order spherical...
The electrostatic plasma response to a small pulsed antenna in a magnetic field is analyzed. The rin...
The formation of corona discharges at high potentials was studied. Glow coronas were found to be ge...
This paper aims to present investigations of the plasmonic resonance of a hemispherical plasma disch...
The experiments described in this work were performed with the aim of introducing a new plasma anten...
In this work, a beam scanning leaky-wave antenna working at a fixed operating frequency and construc...
Non-linear high-power devices produce electromagnetic noise (EMN) sources of great intensity that ca...
Non-linear high-power devices produce electromagnetic noise (EMN) sources of great intensity that ca...
A flexible versatile electromagnetic model constructed with the PLASIMO platform is employed to expl...
Microwave receiving systems may be damaged or destroyed when they are subjected to High Power Microw...
The functionality of the plasma antenna has been narrowed to types and brand names only. The physic...
Plasma antenna represents a completely new technology that used plasma elements instead of metal one...
Plasma antennas use plasma elements instead of metal conductors. They are constructed by an insulat...
La miniaturisation d’antenne est un défi important, en particulier en bande VHF où les longueurs d’o...
A model for a proposed electrically short antenna using plasma with time-varying conductivity as the...
The use of low pressure non-equilibrium plasma as epsilon negative medium for a zero-order spherical...
The electrostatic plasma response to a small pulsed antenna in a magnetic field is analyzed. The rin...
The formation of corona discharges at high potentials was studied. Glow coronas were found to be ge...
This paper aims to present investigations of the plasmonic resonance of a hemispherical plasma disch...
The experiments described in this work were performed with the aim of introducing a new plasma anten...
In this work, a beam scanning leaky-wave antenna working at a fixed operating frequency and construc...
Non-linear high-power devices produce electromagnetic noise (EMN) sources of great intensity that ca...
Non-linear high-power devices produce electromagnetic noise (EMN) sources of great intensity that ca...
A flexible versatile electromagnetic model constructed with the PLASIMO platform is employed to expl...
Microwave receiving systems may be damaged or destroyed when they are subjected to High Power Microw...
The functionality of the plasma antenna has been narrowed to types and brand names only. The physic...
Plasma antenna represents a completely new technology that used plasma elements instead of metal one...