The possibility of effectively ionizing a supersonic flow by a strong microwave field within a waveguide has been demonstrated. Electron densities beyond the cut off have been achieved at gas temperatures far below room temperature. Hence this method promises to be a good candidate to preionize and stabilize supersonic, non-selfsustained laser discharges
International audienceRecent studies have shown atmospheric plasma discharge to be an effective mean...
Thermodynamic analysis shows that for flights with velocities exceeding six sound velocities, it is ...
The late flowing afterglow of an oxygen plasma was used as a remote source of neutral oxygen atoms. ...
A new technique of efficiently coupling microwave energy into a supersonic gas flow is described. Th...
Microwave discharges for the excitation of C02 lasers have been investigated. A waveguide structure ...
Contains reports on five research projects.United States Atomic Energy Commission (Contract AT(30-1)...
The paper discusses the wave-plasma energy coupling in cylindrical microwave discharges produced in ...
In recent years a variety of beamed energy deposition techniques have been investigated for flow con...
We observe a laser-driven supersonic ionization wave heating a mm-scale plasma of sub-critical densi...
The authors delimitate the use of the Stark broadening of lines spontaneously emitted by atm.-pressu...
The concept of adding energy to an expanding super-sonic flow using a microwave-sustained plasma is ...
Results are present of an investigation into the characteristics of an electric gas discharge genera...
A laser-driven supersonic ionization wave propagating through a millimeter-scale plasma of subcritic...
A new laser-induced air plasma source assisted by locally intensified microwave radiation was develo...
I propose a new method for laser acceleration of relativistic electrons using the leaky modes of a h...
International audienceRecent studies have shown atmospheric plasma discharge to be an effective mean...
Thermodynamic analysis shows that for flights with velocities exceeding six sound velocities, it is ...
The late flowing afterglow of an oxygen plasma was used as a remote source of neutral oxygen atoms. ...
A new technique of efficiently coupling microwave energy into a supersonic gas flow is described. Th...
Microwave discharges for the excitation of C02 lasers have been investigated. A waveguide structure ...
Contains reports on five research projects.United States Atomic Energy Commission (Contract AT(30-1)...
The paper discusses the wave-plasma energy coupling in cylindrical microwave discharges produced in ...
In recent years a variety of beamed energy deposition techniques have been investigated for flow con...
We observe a laser-driven supersonic ionization wave heating a mm-scale plasma of sub-critical densi...
The authors delimitate the use of the Stark broadening of lines spontaneously emitted by atm.-pressu...
The concept of adding energy to an expanding super-sonic flow using a microwave-sustained plasma is ...
Results are present of an investigation into the characteristics of an electric gas discharge genera...
A laser-driven supersonic ionization wave propagating through a millimeter-scale plasma of subcritic...
A new laser-induced air plasma source assisted by locally intensified microwave radiation was develo...
I propose a new method for laser acceleration of relativistic electrons using the leaky modes of a h...
International audienceRecent studies have shown atmospheric plasma discharge to be an effective mean...
Thermodynamic analysis shows that for flights with velocities exceeding six sound velocities, it is ...
The late flowing afterglow of an oxygen plasma was used as a remote source of neutral oxygen atoms. ...
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