Technique to increase the H+ ion fraction in a multicusp source
Author:
Publisher
AIP Publishing
Subject
Instrumentation
Link
http://aip.scitation.org/doi/pdf/10.1063/1.1137261
Reference9 articles.
1. Magnetic Multipole Containment of Large Uniform Collisionless Quiescent Plasmas
2. Optimization of permanent magnet plasma confinement
3. Magnetic multipole line‐cusp plasma generator for neutral beam injectors
4. Characteristics of the Berkeley multicusp ion source
5. Effect of a magnetic filter on hydrogen ion species in a multicusp ion source
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1. Simulation of Electron Trajectories in the Multicusp Ion Source Using Geantn4 Monte Carlo Code;Journal of Fusion Energy;2009-09-25
2. Probability of absorption/implantation of low-energy H2+ ions in O-covered vanadium;Journal of Nuclear Materials;2007-06
3. Multicusp ion source with external rf antenna for production of protons;Review of Scientific Instruments;2004-02
4. Measurement and modeling of molecular ion concentrations in a hydrogen reflex-arc discharge;Physics of Plasmas;2002-10
5. Plasma driven superpermeation of hydrogen through group Va metals;Journal of Applied Physics;1998-09
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