Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films

Surface modification by plasma polymerization is an efficient method to change the surface properties of a membrane. Desirable functionality such as hydrophobicity or hydrophilicity can be obtained, depending on plasma chemistry of gas precursors and discharge conditions. In this work, RF magnetron...

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Main Authors: Mudtorlep Nisoa, Pikul Wanichapichart
Format: Article
Language:English
Published: Prince of Songkla University 2010-03-01
Series:Songklanakarin Journal of Science and Technology (SJST)
Subjects:
Online Access:http://www.rdoapp.psu.ac.th/html/sjst/journal/32-1/0125-3395-32-1-97-101.pdf
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author Mudtorlep Nisoa
Pikul Wanichapichart
author_facet Mudtorlep Nisoa
Pikul Wanichapichart
author_sort Mudtorlep Nisoa
collection DOAJ
description Surface modification by plasma polymerization is an efficient method to change the surface properties of a membrane. Desirable functionality such as hydrophobicity or hydrophilicity can be obtained, depending on plasma chemistry of gas precursors and discharge conditions. In this work, RF magnetron plasma is produced using acetylene and nitrogen as precursor gases. Variations of RF power, particle flux, deposited time and pressure of the precursor gases have been made to observe coating effects on the cellulose membranes. When appropriated conditions are used, a thin brownish film of hydrocarbon was formed on the membrane, and the water contact angle increased from 35 to 130 degrees.
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spelling doaj.art-540337ca548f43a69e0c1c4455b7a3162022-12-22T03:14:56ZengPrince of Songkla UniversitySongklanakarin Journal of Science and Technology (SJST)0125-33952010-03-0132197101Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon filmsMudtorlep NisoaPikul WanichapichartSurface modification by plasma polymerization is an efficient method to change the surface properties of a membrane. Desirable functionality such as hydrophobicity or hydrophilicity can be obtained, depending on plasma chemistry of gas precursors and discharge conditions. In this work, RF magnetron plasma is produced using acetylene and nitrogen as precursor gases. Variations of RF power, particle flux, deposited time and pressure of the precursor gases have been made to observe coating effects on the cellulose membranes. When appropriated conditions are used, a thin brownish film of hydrocarbon was formed on the membrane, and the water contact angle increased from 35 to 130 degrees.http://www.rdoapp.psu.ac.th/html/sjst/journal/32-1/0125-3395-32-1-97-101.pdfcellulose membranereactive plasmaacetyleneRF dischargeHydrocarbonContact angleHydrophobicHydrophilic
spellingShingle Mudtorlep Nisoa
Pikul Wanichapichart
Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films
Songklanakarin Journal of Science and Technology (SJST)
cellulose membrane
reactive plasma
acetylene
RF discharge
Hydrocarbon
Contact angle
Hydrophobic
Hydrophilic
title Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films
title_full Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films
title_fullStr Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films
title_full_unstemmed Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films
title_short Surface hydrophobic modification of cellulose membranes by plasma-assisted deposition of hydrocarbon films
title_sort surface hydrophobic modification of cellulose membranes by plasma assisted deposition of hydrocarbon films
topic cellulose membrane
reactive plasma
acetylene
RF discharge
Hydrocarbon
Contact angle
Hydrophobic
Hydrophilic
url http://www.rdoapp.psu.ac.th/html/sjst/journal/32-1/0125-3395-32-1-97-101.pdf
work_keys_str_mv AT mudtorlepnisoa surfacehydrophobicmodificationofcellulosemembranesbyplasmaassisteddepositionofhydrocarbonfilms
AT pikulwanichapichart surfacehydrophobicmodificationofcellulosemembranesbyplasmaassisteddepositionofhydrocarbonfilms