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Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)

An ECR ion source is basically an ECR heated plasma confinement machine, with hot electrons and cold ions. The main parameters of the ion population have been analyzed, including temperature, losses, and confinement time. The "gas mixing" effect has been studied in this context. An express...

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Detalles Bibliográficos
Autores principales: Melin, G, Drentje, A G, Girard, A, Hitz, D
Lenguaje:eng
Publicado: 1999
Materias:
Acceso en línea:http://cds.cern.ch/record/426501
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author Melin, G
Drentje, A G
Girard, A
Hitz, D
author_facet Melin, G
Drentje, A G
Girard, A
Hitz, D
author_sort Melin, G
collection CERN
description An ECR ion source is basically an ECR heated plasma confinement machine, with hot electrons and cold ions. The main parameters of the ion population have been analyzed, including temperature, losses, and confinement time. The "gas mixing" effect has been studied in this context. An expression is derived for determining the ion temperature from the values of all extracted ion currents. One aim is to study the ion temperature behavior in argon plasmas without and with mixing different gases into the plasma. For that purpose a series of experiments has been performed where systematically one or a few parameters where changed. One conclusion is that the ion temperature indeed is decreasing due to gas mixing. A second conclusion is that the decreasing ion temperature is not a sufficient requirement for the beneficial effect of gas mixing to the production of highest charge states of argon.
id cern-426501
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1999
record_format invenio
spelling cern-4265012019-09-30T06:29:59Zhttp://cds.cern.ch/record/426501engMelin, GDrentje, A GGirard, AHitz, DIon Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)Accelerators and Storage RingsAn ECR ion source is basically an ECR heated plasma confinement machine, with hot electrons and cold ions. The main parameters of the ion population have been analyzed, including temperature, losses, and confinement time. The "gas mixing" effect has been studied in this context. An expression is derived for determining the ion temperature from the values of all extracted ion currents. One aim is to study the ion temperature behavior in argon plasmas without and with mixing different gases into the plasma. For that purpose a series of experiments has been performed where systematically one or a few parameters where changed. One conclusion is that the ion temperature indeed is decreasing due to gas mixing. A second conclusion is that the decreasing ion temperature is not a sufficient requirement for the beneficial effect of gas mixing to the production of highest charge states of argon.EXT-2000-076oai:cds.cern.ch:4265011999
spellingShingle Accelerators and Storage Rings
Melin, G
Drentje, A G
Girard, A
Hitz, D
Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
title Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
title_full Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
title_fullStr Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
title_full_unstemmed Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
title_short Ion Behavior and Gas Mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
title_sort ion behavior and gas mixing in electron cyclotron resonance plasmas as sources of highly charged ions (concept)
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/426501
work_keys_str_mv AT meling ionbehaviorandgasmixinginelectroncyclotronresonanceplasmasassourcesofhighlychargedionsconcept
AT drentjeag ionbehaviorandgasmixinginelectroncyclotronresonanceplasmasassourcesofhighlychargedionsconcept
AT girarda ionbehaviorandgasmixinginelectroncyclotronresonanceplasmasassourcesofhighlychargedionsconcept
AT hitzd ionbehaviorandgasmixinginelectroncyclotronresonanceplasmasassourcesofhighlychargedionsconcept