Add to ORKGA comparative study of temporally and spectrally resolved K- shell emission from aluminum targets heated with 150 fs Ti:sapphire laser pulses at 790 and 395 nm is presented at an intensity of 5x1017 W/cm2. Whereas at 395 nm spectrally broad intense plasma lines and a weak K α line with durations (full width at half maximum) of 1-2 ps are observed, the spectrum at 790 nm shows weak narrow plasma lines and an intense K α line with durations of 3-5 ps. (C) 2002 American Institute of Physics
We present a detailed analysis of K-shell emission from laser-produced rapidly-expanding Al plasmas....
The details of x-ray emission and transport in laser-matter interactions are currently of great inte...
Spectroscopic investigations of the x-ray emission of plasmas heated by 120 ps, frequency doubled pu...
A comparative study of temporally and spectrally resolved K- shell emission from aluminum targets he...
Targets consisting of 25 nm Al layers buried in solid carbon at depths of up to 400 nm have been irr...
Laser induced plasma spectroscopy is a very interesting technique that can be employed to characteri...
The absolutely calibrated K-shell spectra emitted from short-living aluminum plasmas at laser intens...
We present detailed spectroscopic analysis of the primary K-shell emission lines from a uniaxially e...
Targets consisting of 25$\un{nm}$ $\chem{Al}$ layers buried in solid carbon at depths of up t...
Soft-X-ray generation in aluminium plasmas produced by Nd nanosecond laser pulses is investigated an...
Optimization of a laser produced plasma (LPP) X-ray source has been performed by analyzing K-shell e...
Laser-induced breakdown spectroscopy (LIBS) is a powerful optical emission analytical tool capable o...
The most intensive spectral lines were 308.2; 309.3; 394.4 and 396.2 nm Al I. The highest levels of ...
A hot, 2 to 3 keV electron temperature surface plasma was observed in the interaction of a 0.7 ps pe...
A detailed investigation of aluminum plasma induced by a 1064 nm Nd:YAG laser in air was performed. ...
We present a detailed analysis of K-shell emission from laser-produced rapidly-expanding Al plasmas....
The details of x-ray emission and transport in laser-matter interactions are currently of great inte...
Spectroscopic investigations of the x-ray emission of plasmas heated by 120 ps, frequency doubled pu...
A comparative study of temporally and spectrally resolved K- shell emission from aluminum targets he...
Targets consisting of 25 nm Al layers buried in solid carbon at depths of up to 400 nm have been irr...
Laser induced plasma spectroscopy is a very interesting technique that can be employed to characteri...
The absolutely calibrated K-shell spectra emitted from short-living aluminum plasmas at laser intens...
We present detailed spectroscopic analysis of the primary K-shell emission lines from a uniaxially e...
Targets consisting of 25$\un{nm}$ $\chem{Al}$ layers buried in solid carbon at depths of up t...
Soft-X-ray generation in aluminium plasmas produced by Nd nanosecond laser pulses is investigated an...
Optimization of a laser produced plasma (LPP) X-ray source has been performed by analyzing K-shell e...
Laser-induced breakdown spectroscopy (LIBS) is a powerful optical emission analytical tool capable o...
The most intensive spectral lines were 308.2; 309.3; 394.4 and 396.2 nm Al I. The highest levels of ...
A hot, 2 to 3 keV electron temperature surface plasma was observed in the interaction of a 0.7 ps pe...
A detailed investigation of aluminum plasma induced by a 1064 nm Nd:YAG laser in air was performed. ...
We present a detailed analysis of K-shell emission from laser-produced rapidly-expanding Al plasmas....
The details of x-ray emission and transport in laser-matter interactions are currently of great inte...
Spectroscopic investigations of the x-ray emission of plasmas heated by 120 ps, frequency doubled pu...