We have quantitatively studied the production of low energy (0.1-10 eV) metal neutral beams by laser vaporization of thin metal foils. For the experimental geometry available on the TFR tokamak, this technique results in the injection of 1015 neutrals in a time of ∼ 300 μs
Neutral beams, which effectively heat and fuel mirror reactors, provide high-energy particles that r...
The Tokamak Fusion Test Reactor will be installed at the Princeton Plasma Physics Laboratory facilit...
The formation and detection of molecular beams obtained by charge exchange from a low-energy ion sou...
International audienceLaser-driven ion acceleration by intense, ultra-short, laser pulse has receive...
The MFTF/TFTR injector system is studied. The LLL double charge exchange system is also studied. The...
Recent advances in high-intensity laser-produced plasmas have demonstrated their potential as compac...
Fast neutral beams (beam energy of tens to hundreds of eV) may be useful for mitigating charging dam...
A compact and inexpensive technique is reported for a discharge-excited pulsed metal vapor laser (MV...
Laser manipulation techniques for neutral atoms can be used to produce atomic beams which are more i...
The Lawrence Berkeley and Livermore Laboratories Neutral Beam Development Group's work proceeds alon...
Large-area, thin aluminum foils were prepared for use in beam neutralization experiments. The foils ...
The Vanderbilt University neutral oxygen facility produces beams of low-energy neutral oxygen atoms ...
Open AccessTime of flight dynamics of slow neutrals, fast neutrals, and ions from a nanosecond laser...
Energetic neutral beams are used for heating and diagnostics in present magnetic fusion experiments....
An important demonstration of negative ion technology is proposed for FY92 in the MFTF-..cap alpha.....
Neutral beams, which effectively heat and fuel mirror reactors, provide high-energy particles that r...
The Tokamak Fusion Test Reactor will be installed at the Princeton Plasma Physics Laboratory facilit...
The formation and detection of molecular beams obtained by charge exchange from a low-energy ion sou...
International audienceLaser-driven ion acceleration by intense, ultra-short, laser pulse has receive...
The MFTF/TFTR injector system is studied. The LLL double charge exchange system is also studied. The...
Recent advances in high-intensity laser-produced plasmas have demonstrated their potential as compac...
Fast neutral beams (beam energy of tens to hundreds of eV) may be useful for mitigating charging dam...
A compact and inexpensive technique is reported for a discharge-excited pulsed metal vapor laser (MV...
Laser manipulation techniques for neutral atoms can be used to produce atomic beams which are more i...
The Lawrence Berkeley and Livermore Laboratories Neutral Beam Development Group's work proceeds alon...
Large-area, thin aluminum foils were prepared for use in beam neutralization experiments. The foils ...
The Vanderbilt University neutral oxygen facility produces beams of low-energy neutral oxygen atoms ...
Open AccessTime of flight dynamics of slow neutrals, fast neutrals, and ions from a nanosecond laser...
Energetic neutral beams are used for heating and diagnostics in present magnetic fusion experiments....
An important demonstration of negative ion technology is proposed for FY92 in the MFTF-..cap alpha.....
Neutral beams, which effectively heat and fuel mirror reactors, provide high-energy particles that r...
The Tokamak Fusion Test Reactor will be installed at the Princeton Plasma Physics Laboratory facilit...
The formation and detection of molecular beams obtained by charge exchange from a low-energy ion sou...
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