Add to ORKGWe have demonstrated efficient conversion of ultrashort-pulse laser energy to x rays with energies above 1 keV, using laser-produced plasmas generated on a variety of microstructured surfaces. Lithographically produced grating targets generated 0.1 mJ of kilo-electron-volt x rays, and porous gold and aluminum targets emitted 1 mJ. This represents an improvement of a factor of 100 over flat targets. The K-shell emission spectrum of porous aluminum was composed primarily of heliumlike spectral lines
This project developed and demonstrated a new, bright, ultrafast x-ray source based upon laser-drive...
Hard x-ray emission in the energy range of 30-300 keV from copper plasmas produced by 100-fs, 806-nm...
The brilliance of a laser-produced soft X-ray source is enhanced for gaseous target concepts. In con...
We have studied theoretically and experimentally the x-ray production above 1 keV from femtosecond l...
grantor: University of TorontoLaser plasmas from a new type of nanostructured surface are ...
In laser-matter-interaction studies there is a continued interest in the emission and transport of x...
We observe near 100 % absorption of light in intense ultrashort laser plasma interaction in a metal ...
We studied the hard x-ray emission and the K-alpha x-ray conversion efficiency produced by 60 fs hig...
The interaction of an ultrashort (sub-picosecond) laser pulse with a solid material creates unique a...
In order to increase the soft x-ray conversion efficiency for femtosecond-laser-produced plasma, we ...
The irradiation of thin, solid foils with a high intensity laser leads to the heating of electrons, ...
The thesis reports on the influence of customisable and highly light absorbing surfaces on laser-pla...
X-ray yield measurements from targets coated with wavelength-scale spheres are compared with measure...
X-ray absorption spectroscopy is a well-accepted diagnostic for experimental studies of warm dense m...
We present studies of X-ray emission from aluminium under picosecond and femtosecond irradiation in ...
This project developed and demonstrated a new, bright, ultrafast x-ray source based upon laser-drive...
Hard x-ray emission in the energy range of 30-300 keV from copper plasmas produced by 100-fs, 806-nm...
The brilliance of a laser-produced soft X-ray source is enhanced for gaseous target concepts. In con...
We have studied theoretically and experimentally the x-ray production above 1 keV from femtosecond l...
grantor: University of TorontoLaser plasmas from a new type of nanostructured surface are ...
In laser-matter-interaction studies there is a continued interest in the emission and transport of x...
We observe near 100 % absorption of light in intense ultrashort laser plasma interaction in a metal ...
We studied the hard x-ray emission and the K-alpha x-ray conversion efficiency produced by 60 fs hig...
The interaction of an ultrashort (sub-picosecond) laser pulse with a solid material creates unique a...
In order to increase the soft x-ray conversion efficiency for femtosecond-laser-produced plasma, we ...
The irradiation of thin, solid foils with a high intensity laser leads to the heating of electrons, ...
The thesis reports on the influence of customisable and highly light absorbing surfaces on laser-pla...
X-ray yield measurements from targets coated with wavelength-scale spheres are compared with measure...
X-ray absorption spectroscopy is a well-accepted diagnostic for experimental studies of warm dense m...
We present studies of X-ray emission from aluminium under picosecond and femtosecond irradiation in ...
This project developed and demonstrated a new, bright, ultrafast x-ray source based upon laser-drive...
Hard x-ray emission in the energy range of 30-300 keV from copper plasmas produced by 100-fs, 806-nm...
The brilliance of a laser-produced soft X-ray source is enhanced for gaseous target concepts. In con...