Add to ORKGNegative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid the problem of electron accumulation in positive ion beams, and could be efficiently photodetached to neutrals if desired [1]. Initial experiments using chlorine produced a current density of 45 mA/cm{sup 2} of 99.5% atomic negative Cl with an e/Cl{sup -} ratio as low as 7:1 and good emittance
Negative hydrogen ions have found important applications in particle accelerators and in fusion rese...
Abstract: Technologies producing high current density (>20mA/cm2) negative ions at a low operatin...
Energetic neutral beams are used for heating and diagnostics in present magnetic fusion experiments....
Negative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
We have assessed the feasibility of producing heavy negative ion beams as drivers for an inertial co...
Over the past quarter century, advances in hydrogen negative ion sources have extended the usable ra...
Some years ago it was suggested that halogen negative ions [1] could offer a feasible alternative pa...
Some years ago it was suggested that halogen negative ions could offer a feasible alternative path t...
Chemically pure radioactive halogen beams have interesting potentials for solid state and nuclear ph...
Compared to conventional low intensity ion sources, high intensity particle beams, derived from puls...
One of the objectives of the BNL Neutral Beam Development Group is to accelerate negative hydrogen i...
During the past few years or so, the development of steady state sources of negative hydrogen or deu...
The development of negative-ion-based (H/sup -/, D/sup -/) neutral beams for TFTR and MFTF is discus...
Negative hydrogen ions have found important applications in particle accelerators and in fusion rese...
Abstract: Technologies producing high current density (>20mA/cm2) negative ions at a low operatin...
Energetic neutral beams are used for heating and diagnostics in present magnetic fusion experiments....
Negative halogen ion beams have recently been proposed as heavy ion fusion drivers. They would avoid...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
Negative halogen ions have recently been proposed as a possible alternative to positive ions for hea...
We have assessed the feasibility of producing heavy negative ion beams as drivers for an inertial co...
Over the past quarter century, advances in hydrogen negative ion sources have extended the usable ra...
Some years ago it was suggested that halogen negative ions [1] could offer a feasible alternative pa...
Some years ago it was suggested that halogen negative ions could offer a feasible alternative path t...
Chemically pure radioactive halogen beams have interesting potentials for solid state and nuclear ph...
Compared to conventional low intensity ion sources, high intensity particle beams, derived from puls...
One of the objectives of the BNL Neutral Beam Development Group is to accelerate negative hydrogen i...
During the past few years or so, the development of steady state sources of negative hydrogen or deu...
The development of negative-ion-based (H/sup -/, D/sup -/) neutral beams for TFTR and MFTF is discus...
Negative hydrogen ions have found important applications in particle accelerators and in fusion rese...
Abstract: Technologies producing high current density (>20mA/cm2) negative ions at a low operatin...
Energetic neutral beams are used for heating and diagnostics in present magnetic fusion experiments....