The status and near-term goals of the LBL/LLL neutral-beam-development program are described. The emphasis in this paper is on the technology of systems based on the acceleration and neutralization of positive ions; this approach will be used in the near term, probably through 1985 at least. For more efficient injection, part of our plan is to develop a negative-ion approach suitable for 200- to 400-kV injectors on confinement experiments in the 1985-90 period. However, the negative-ion based program is still very much in the research phase, and it is difficult to project how it will phase into fusion reactor fueling experiments
The national plan is presented for developing advanced injection systems for use on upgrades of exis...
Recent progresses at LBNL in developing ion beams for industry, radiation therapy and inertial fusi...
This final report summarizes the effort and presents the results of a Phase II fabrication effort to...
The Lawrence Berkeley and Livermore Laboratories Neutral Beam Development Group's work proceeds alon...
The neutral-beam research and development effort at LLL has been concerned mainly with design, const...
The Brookhaven High Energy Neutral Beam Development Group is developing injector systems, particular...
The long-term objective of the BNL Neutral Beam Development Group is to design and test a neutral be...
A test stand is in operation at LLL for the purpose of developing techniques and obtaining design in...
An overview on four-year operation of the negative-ion-based NB I (N-N B I) system for the Large Hel...
During the past few years or so, the development of steady state sources of negative hydrogen or deu...
The BNL design of a high energy neutral beam injector is based on the neutralization of negative ion...
Abstract. An overview on four-year operation of the negative-ion-based NBI (N–NBI) system for the La...
A high power neutral injection heating system, which is based on the negative ion beam technology, i...
An important demonstration of negative ion technology is proposed for FY92 in the MFTF-..cap alpha.....
High energy and high power negative ion sources and accelerators have been developed for neutral bea...
The national plan is presented for developing advanced injection systems for use on upgrades of exis...
Recent progresses at LBNL in developing ion beams for industry, radiation therapy and inertial fusi...
This final report summarizes the effort and presents the results of a Phase II fabrication effort to...
The Lawrence Berkeley and Livermore Laboratories Neutral Beam Development Group's work proceeds alon...
The neutral-beam research and development effort at LLL has been concerned mainly with design, const...
The Brookhaven High Energy Neutral Beam Development Group is developing injector systems, particular...
The long-term objective of the BNL Neutral Beam Development Group is to design and test a neutral be...
A test stand is in operation at LLL for the purpose of developing techniques and obtaining design in...
An overview on four-year operation of the negative-ion-based NB I (N-N B I) system for the Large Hel...
During the past few years or so, the development of steady state sources of negative hydrogen or deu...
The BNL design of a high energy neutral beam injector is based on the neutralization of negative ion...
Abstract. An overview on four-year operation of the negative-ion-based NBI (N–NBI) system for the La...
A high power neutral injection heating system, which is based on the negative ion beam technology, i...
An important demonstration of negative ion technology is proposed for FY92 in the MFTF-..cap alpha.....
High energy and high power negative ion sources and accelerators have been developed for neutral bea...
The national plan is presented for developing advanced injection systems for use on upgrades of exis...
Recent progresses at LBNL in developing ion beams for industry, radiation therapy and inertial fusi...
This final report summarizes the effort and presents the results of a Phase II fabrication effort to...