Ion source issues for the DAEδALUS neutrino experimenta

The DAEδALUS experiment calls for 10 mA of protons at 800 MeV on a neutrino-producing target. To achieve this record-setting current from a cyclotron system, H2 + ions will be accelerated. Loosely bound vibrationally excited H2 + ions inevitably produced in conventional ion sources will be Lorentz s...

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Published in:Review of scientific instruments 2014-02, Vol.85 (2)
Main Authors: Alonso, Jose R., Barletta, William A., Toups, Matthew H., Conrad, Janet, Liu, Y., Bannister, Mark E., Havener, C. C., Vane, Randy
Format: Article
Language:English
Subjects:
Cyclotrons
Ion sources
Neutrinos
R&D
Research & development
Research facilities
Scientific apparatus & instruments
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container_title Review of scientific instruments
container_volume 85
creator Alonso, Jose R.
Barletta, William A.
Toups, Matthew H.
Conrad, Janet
Liu, Y.
Bannister, Mark E.
Havener, C. C.
Vane, Randy
description The DAEδALUS experiment calls for 10 mA of protons at 800 MeV on a neutrino-producing target. To achieve this record-setting current from a cyclotron system, H2 + ions will be accelerated. Loosely bound vibrationally excited H2 + ions inevitably produced in conventional ion sources will be Lorentz stripped at the highest energies. Presence of these states was confirmed at the Oak Ridge National Laboratory and strategies were investigated to quench them, leading to a proposed R&D effort towards a suitable ion source for these high-power cyclotrons.
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subjects Cyclotrons
Ion sources
Neutrinos
R&D
Research & development
Research facilities
Scientific apparatus & instruments
title Ion source issues for the DAEδALUS neutrino experimenta
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