Argon clusters jets were produced at the output of supersonic nozzles and used as targets for intense laser - clusters interaction experiments. They were fully characterized combining two optical diagnostics (Mach-Zehnder interferometry and Rayleigh Scattering) with the support of a numerical simulation. This study was performed with Laval and conical nozzles. Homogeneous clusters size profiles were observed at the output of the conical nozzle. Clusters mean radius was measured in the range from 200 to 300 Å, increasing with the input Argon pressure varying from 20 to 60 bars
In a laser-cluster interaction experiment, the radial dimension of a supersonic gas jet ...
Noble gases (argon, krypton, and xenon) are puffed into vacuum through a nozzle to produce clusters ...
Rayleigh scattering has been used to determine the average size of clusters formed in pulsed free-je...
Argon clusters jets were produced at the output of supersonic nozzles and used as targets for intens...
We determine the size of argon clusters generated with a planar nozzle, based on the optical measure...
We experimentally study Rayleigh scattering from a cluster jet produced by high pressure argon gas e...
Ce travail de thèse a consisté en l'étude et l'optimisation d'une source ultra-brève de rayonnement ...
Mme. Sylvie JACQUEMOT : Ingénieur de l'Armement M. Philippe MARTIN : Ingénieur de recherche M. Fabie...
Measurement of Mean Argon Cluster Size Argon clusters are large molecules which can form in gas jets...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...
Intense (up to a few 1017 W/cm2) femtosecond (down to 40 fs) laser pulses are focused onto a partial...
Evolution of the average cluster size at the center of a cluster jet from the nozzle throat along th...
We report on the generation and characterization of submillimetric Argon gas jets with peak density ...
A gas jet produced by adiabatic expansion of gas through a slit nozzle into a vacuum has been served...
In a laser-cluster interaction experiment, the radial dimension of a supersonic gas jet ...
Noble gases (argon, krypton, and xenon) are puffed into vacuum through a nozzle to produce clusters ...
Rayleigh scattering has been used to determine the average size of clusters formed in pulsed free-je...
Argon clusters jets were produced at the output of supersonic nozzles and used as targets for intens...
We determine the size of argon clusters generated with a planar nozzle, based on the optical measure...
We experimentally study Rayleigh scattering from a cluster jet produced by high pressure argon gas e...
Ce travail de thèse a consisté en l'étude et l'optimisation d'une source ultra-brève de rayonnement ...
Mme. Sylvie JACQUEMOT : Ingénieur de l'Armement M. Philippe MARTIN : Ingénieur de recherche M. Fabie...
Measurement of Mean Argon Cluster Size Argon clusters are large molecules which can form in gas jets...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...
When expanding through a nozzle into a vacuum in a high-pressure-backed supersonic jet, certain gase...
Intense (up to a few 1017 W/cm2) femtosecond (down to 40 fs) laser pulses are focused onto a partial...
Evolution of the average cluster size at the center of a cluster jet from the nozzle throat along th...
We report on the generation and characterization of submillimetric Argon gas jets with peak density ...
A gas jet produced by adiabatic expansion of gas through a slit nozzle into a vacuum has been served...
In a laser-cluster interaction experiment, the radial dimension of a supersonic gas jet ...
Noble gases (argon, krypton, and xenon) are puffed into vacuum through a nozzle to produce clusters ...
Rayleigh scattering has been used to determine the average size of clusters formed in pulsed free-je...