A method has been developed to compute the resonant frequency of a rectangular microstrip antenna immersed in a linear isotropic plasma medium using Wolf's dynamic dielectric constant model. The results obtained are in agreement with those obtained using spectral domain technique. It has been observed that the antenna resonates at a higher frequency inside the plasma than in free space
The use of low pressure non-equilibrium plasma as epsilon negative medium for a zero-order spherical...
Plasma antennas use plasma elements instead of metal conductors. They are constructed by an insulat...
Demonstration of the electromagnetic hardening properties of a plasma-based electrically small VHF a...
A method has been developed to compute the resonant frequency of a rectangular microstrip antenna i...
A method hasjbeen d~veloped to compute the resonant frequency of a rectangular microstrip antenna im...
Linearized hydrodynamic theory is used to investigate the effect of electro-acoustic and electromagn...
The use of a plasma microdischarge as a reconfigurable element for a frequency tunable microstrip an...
An original and integrated solution to provide frequency agility to microstrip circuits using plasma...
International audienceIn this paper, we suggest the use of a cold plasma as tunable material inside ...
89-92The effect of plasma on the radiation characteristics of rectangular microstrip antenna on curv...
At frequencies below the electron cyclotron and above the lower hybrid frequency in a magnetoplasma,...
The paper presents the result of a research about a new technology of antenna, called ldquoplasma an...
Contains reports on two research projects.U.S. Atomic Energy Commission (Contract AT(30-1)-3980
An experimental and theoretical investigation of the angular distribution of the electric field of a...
This paper investigates the nonlinear plasma effects on characteristic antenna parameters. The dipo...
The use of low pressure non-equilibrium plasma as epsilon negative medium for a zero-order spherical...
Plasma antennas use plasma elements instead of metal conductors. They are constructed by an insulat...
Demonstration of the electromagnetic hardening properties of a plasma-based electrically small VHF a...
A method has been developed to compute the resonant frequency of a rectangular microstrip antenna i...
A method hasjbeen d~veloped to compute the resonant frequency of a rectangular microstrip antenna im...
Linearized hydrodynamic theory is used to investigate the effect of electro-acoustic and electromagn...
The use of a plasma microdischarge as a reconfigurable element for a frequency tunable microstrip an...
An original and integrated solution to provide frequency agility to microstrip circuits using plasma...
International audienceIn this paper, we suggest the use of a cold plasma as tunable material inside ...
89-92The effect of plasma on the radiation characteristics of rectangular microstrip antenna on curv...
At frequencies below the electron cyclotron and above the lower hybrid frequency in a magnetoplasma,...
The paper presents the result of a research about a new technology of antenna, called ldquoplasma an...
Contains reports on two research projects.U.S. Atomic Energy Commission (Contract AT(30-1)-3980
An experimental and theoretical investigation of the angular distribution of the electric field of a...
This paper investigates the nonlinear plasma effects on characteristic antenna parameters. The dipo...
The use of low pressure non-equilibrium plasma as epsilon negative medium for a zero-order spherical...
Plasma antennas use plasma elements instead of metal conductors. They are constructed by an insulat...
Demonstration of the electromagnetic hardening properties of a plasma-based electrically small VHF a...