Towards 20 A negative hydrogen ion beams for up to 1 h: Achievements of the ELISE test facility (invited)

The large-scale RF-driven ion source of the test facility extraction from a large ion source experiment is aimed to deliver an accelerated ion current of 20 A D(-) (23 A H(-)) with an extracted electron-to-ion ratio below one for up to 1 h. Since the first plasma pulses for 20 s in volume operation...
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Autor*in:	Fantz, U [verfasserIn] Heinemann, B Wünderlich, D Riedl, R Kraus, W Nocentini, R Bonomo, F

Format:	Artikel
Sprache:	Englisch

Erschienen:	2016

Übergeordnetes Werk:	Enthalten in: Review of scientific instruments - Melville, NY : AIP, 1930, 87(2016), 2
Übergeordnetes Werk:	volume:87 ; year:2016 ; number:2

Links:	Volltext Link aufrufen

DOI / URN:	10.1063/1.4932560

Katalog-ID:	OLC1973563363

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520			\|a The large-scale RF-driven ion source of the test facility extraction from a large ion source experiment is aimed to deliver an accelerated ion current of 20 A D(-) (23 A H(-)) with an extracted electron-to-ion ratio below one for up to 1 h. Since the first plasma pulses for 20 s in volume operation in early 2013, followed by caesiation of the ion source, substantial progress has been achieved in extending the pulse length and the RF power. The record pulses in hydrogen are stable 400 s pulses with an extracted ion current of 18.3 A at 180 kW total RF power and 9.3 A at 80 kW stable for 1 h. For deuterium pulse, length and RF power are limited by the amount of co-extracted electrons.
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title	Towards 20 A negative hydrogen ion beams for up to 1 h: Achievements of the ELISE test facility (invited)
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title_sort	towards 20 a negative hydrogen ion beams for up to 1 h: achievements of the elise test facility (invited)
title_auth	Towards 20 A negative hydrogen ion beams for up to 1 h: Achievements of the ELISE test facility (invited)
abstract	The large-scale RF-driven ion source of the test facility extraction from a large ion source experiment is aimed to deliver an accelerated ion current of 20 A D(-) (23 A H(-)) with an extracted electron-to-ion ratio below one for up to 1 h. Since the first plasma pulses for 20 s in volume operation in early 2013, followed by caesiation of the ion source, substantial progress has been achieved in extending the pulse length and the RF power. The record pulses in hydrogen are stable 400 s pulses with an extracted ion current of 18.3 A at 180 kW total RF power and 9.3 A at 80 kW stable for 1 h. For deuterium pulse, length and RF power are limited by the amount of co-extracted electrons.
abstractGer	The large-scale RF-driven ion source of the test facility extraction from a large ion source experiment is aimed to deliver an accelerated ion current of 20 A D(-) (23 A H(-)) with an extracted electron-to-ion ratio below one for up to 1 h. Since the first plasma pulses for 20 s in volume operation in early 2013, followed by caesiation of the ion source, substantial progress has been achieved in extending the pulse length and the RF power. The record pulses in hydrogen are stable 400 s pulses with an extracted ion current of 18.3 A at 180 kW total RF power and 9.3 A at 80 kW stable for 1 h. For deuterium pulse, length and RF power are limited by the amount of co-extracted electrons.
abstract_unstemmed	The large-scale RF-driven ion source of the test facility extraction from a large ion source experiment is aimed to deliver an accelerated ion current of 20 A D(-) (23 A H(-)) with an extracted electron-to-ion ratio below one for up to 1 h. Since the first plasma pulses for 20 s in volume operation in early 2013, followed by caesiation of the ion source, substantial progress has been achieved in extending the pulse length and the RF power. The record pulses in hydrogen are stable 400 s pulses with an extracted ion current of 18.3 A at 180 kW total RF power and 9.3 A at 80 kW stable for 1 h. For deuterium pulse, length and RF power are limited by the amount of co-extracted electrons.
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container_issue	2
title_short	Towards 20 A negative hydrogen ion beams for up to 1 h: Achievements of the ELISE test facility (invited)
url	http://dx.doi.org/10.1063/1.4932560 http://www.ncbi.nlm.nih.gov/pubmed/26932035
remote_bool	false
author2	Heinemann, B Wünderlich, D Riedl, R Kraus, W Nocentini, R Bonomo, F
author2Str	Heinemann, B Wünderlich, D Riedl, R Kraus, W Nocentini, R Bonomo, F
ppnlink	129509175
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hochschulschrift_bool	false
author2_role	oth oth oth oth oth oth
doi_str	10.1063/1.4932560
up_date	2024-07-04T02:42:26.987Z
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