Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene

The composition and gross structural features of plasma polymer films prepared by inductively coupled RF plasmas excited in pentafluorobenzene were investigated by ESCA as a function of the operating parameters. The rate of film deposition is dependent on the W/FM parameter and on site of deposition...

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Main Authors: Clark, D. T., Abrahman, M. Z.
Format: Article
Language:English
Published: John Wiley & Sons, Inc. 1981
Online Access:http://psasir.upm.edu.my/id/eprint/33912/1/33912%20PLASMA%20POLYMERIZATION%20IV..pdf
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author Clark, D. T.
Abrahman, M. Z.
author_facet Clark, D. T.
Abrahman, M. Z.
author_sort Clark, D. T.
collection UPM
description The composition and gross structural features of plasma polymer films prepared by inductively coupled RF plasmas excited in pentafluorobenzene were investigated by ESCA as a function of the operating parameters. The rate of film deposition is dependent on the W/FM parameter and on site of deposition. The polymer formed in the glow region shows only small variations in structure as a function of power and pressure. Polymer films deposited in the regions away from the site of primary excitation typically have a higher fluorine content than those formed in the coil region; the stoichiometry for the latter is comparable to that of the starting material.
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spelling upm.eprints-339122015-04-15T00:50:09Z http://psasir.upm.edu.my/id/eprint/33912/ Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene Clark, D. T. Abrahman, M. Z. The composition and gross structural features of plasma polymer films prepared by inductively coupled RF plasmas excited in pentafluorobenzene were investigated by ESCA as a function of the operating parameters. The rate of film deposition is dependent on the W/FM parameter and on site of deposition. The polymer formed in the glow region shows only small variations in structure as a function of power and pressure. Polymer films deposited in the regions away from the site of primary excitation typically have a higher fluorine content than those formed in the coil region; the stoichiometry for the latter is comparable to that of the starting material. John Wiley & Sons, Inc. 1981 Article PeerReviewed application/pdf en http://psasir.upm.edu.my/id/eprint/33912/1/33912%20PLASMA%20POLYMERIZATION%20IV..pdf Clark, D. T. and Abrahman, M. Z. (1981) Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene. Journal of Polymer Science: Polymer Chemistry Edition, 19 (9). pp. 2129-2149. ISSN 0360-6376 10.1002/pol.1981.170190901
spellingShingle Clark, D. T.
Abrahman, M. Z.
Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene
title Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene
title_full Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene
title_fullStr Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene
title_full_unstemmed Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene
title_short Plasma polymerization. IV. A systematic investigation of the inductively coupled RF plasma polymerization of pentafluorobenzene
title_sort plasma polymerization iv a systematic investigation of the inductively coupled rf plasma polymerization of pentafluorobenzene
url http://psasir.upm.edu.my/id/eprint/33912/1/33912%20PLASMA%20POLYMERIZATION%20IV..pdf
work_keys_str_mv AT clarkdt plasmapolymerizationivasystematicinvestigationoftheinductivelycoupledrfplasmapolymerizationofpentafluorobenzene
AT abrahmanmz plasmapolymerizationivasystematicinvestigationoftheinductivelycoupledrfplasmapolymerizationofpentafluorobenzene