Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source

A locally designed rectangular parallelepiped, three-electrode Faraday cup system has been developed.Its design incorporates the capability of simultaneous extraction and deposition of the H– ions on substrates.The device functions to attain prescribed selectivity conditions of extracted ions, with...

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Bibliographic Details
Main Authors:	M. S. Fernandez, Henry Ramos
Format:	Article
Language:	English
Published:	University of the Philippines 2003-06-01
Series:	Science Diliman
Subjects:	Faraday plasma
Online Access:	http://journals.upd.edu.ph/index.php/sciencediliman/article/view/137/127

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spelling	doaj-2c29368f2b4b4f8594f1704e322cf68b2020-11-24T21:48:30ZengUniversity of the PhilippinesScience Diliman0115-78092012-08182003-06-011516670Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion SourceM. S. FernandezHenry RamosA locally designed rectangular parallelepiped, three-electrode Faraday cup system has been developed.Its design incorporates the capability of simultaneous extraction and deposition of the H– ions on substrates.The device functions to attain prescribed selectivity conditions of extracted ions, with controlled energies,for deposition or adsorption. It has been proven to detect the ions at filter bias voltage of 13.61 V with acurrent density of 5.3 A/m2 that is relatively higher than reported (Abate & Ramos, 2000).http://journals.upd.edu.ph/index.php/sciencediliman/article/view/137/127Faradayplasma
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	M. S. Fernandez Henry Ramos
spellingShingle	M. S. Fernandez Henry Ramos Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source Science Diliman Faraday plasma
author_facet	M. S. Fernandez Henry Ramos
author_sort	M. S. Fernandez
title	Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source
title_short	Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source
title_full	Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source
title_fullStr	Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source
title_full_unstemmed	Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source
title_sort	optimized extraction of h– by three-electrode faraday cup system in magnetized sheet plasma ion source
publisher	University of the Philippines
series	Science Diliman
issn	0115-7809 2012-0818
publishDate	2003-06-01
description	A locally designed rectangular parallelepiped, three-electrode Faraday cup system has been developed.Its design incorporates the capability of simultaneous extraction and deposition of the H– ions on substrates.The device functions to attain prescribed selectivity conditions of extracted ions, with controlled energies,for deposition or adsorption. It has been proven to detect the ions at filter bias voltage of 13.61 V with acurrent density of 5.3 A/m2 that is relatively higher than reported (Abate & Ramos, 2000).
topic	Faraday plasma
url	http://journals.upd.edu.ph/index.php/sciencediliman/article/view/137/127
work_keys_str_mv	AT msfernandez optimizedextractionofhbythreeelectrodefaradaycupsysteminmagnetizedsheetplasmaionsource AT henryramos optimizedextractionofhbythreeelectrodefaradaycupsysteminmagnetizedsheetplasmaionsource
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Optimized Extraction of H– by Three-Electrode Faraday Cup System in Magnetized Sheet Plasma Ion Source

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