Technical Paper - Efficiency of atmospheric pressure plasma treatment can be highly enhanced by simultaneous high power ultrasonic irradiation onto the treating surface. It is because ultrasonic waves with a sound pressure level (SPL) above (approximately)140 dB can reduce the thickness of a boundary gas layer between the plasma and the material surface, and thus, many reactive species generated in the plasma can...

Source : EIX 12-31 E20123015278300 NDN- 267-1065-2391-8 AUTHORS- Kusano, Y. EMAIL- yuki@risoe.dtu.dk AUTHORS- Singh, S.V. AUTHORS- Norrman, K. AUTHORS- Drews, J. AUTHORS- Leipold, F. AUTHOR ADDRESS- Roskilde 4000 AUTHORS- Rozlosnik, N. AUTHOR ADDRESS- Kongens Lyngby 2800 AUTHORS- Bardenshtein, A. AUTHORS- Krebs, N. AUTHOR ADDRESS- Brondby 2605 ABBREVIATED JOURNAL TITLE- Surf Eng VOLUME 28 NUMBER 6 PUBLICATION DATE- July 2012 453-457 PAGES 17 REFERENCES DOCUMENT TYPE- Journal Article ISSN- 0267-0844 PUBLICATION DATE- 2012 CODEN- SUENE AUTHOR AFFILIATION- Kusano, Y.; Riso National Laboratory for Sustainable Energy, Technical University of Denmark, Roskilde 4000, yuki@risoe.dtu.dk, DENMARK PUBLISHER- Maney Publishing, Suite 1C, Joseph's Well, Hanover Walk, Leeds, LS3 1AB PUBLICATION COUNTRY- UNITED KINGDOM JOURNAL NAME- Surface Engineering ELECTRONIC JOURNALS DOCUMENT NUMBER- 1743-2944 DOCUMENT URL- 10.1179/1743294411Y.0000000084 LANGUAGE- English

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