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Fluorine Plasma Treatments of Polypropylene Films, 1 – Surface Characterization Part 2: cf. ref. 11
Kirk, Seth; Strobel, Mark; Lee, Chi-Ying; Pachuta, Steven J.; Prokosch, Michael; Lechuga, Hyacinth; Jones, Marvin E.; Lyons, Christopher S.; Degner, Scott; Yang, Yang; Kushner, Mark J.
2010-02-22
Citation:Kirk, Seth; Strobel, Mark; Lee, Chi-Ying; Pachuta, Steven J.; Prokosch, Michael; Lechuga, Hyacinth; Jones, Marvin E.; Lyons, Christopher S.; Degner, Scott; Yang, Yang; Kushner, Mark J. (2010). "Fluorine Plasma Treatments of Polypropylene Films, 1 – Surface Characterization Part 2: cf. ref. 11 ." Plasma Processes and Polymers 7(2): 107-122. <http://hdl.handle.net/2027.42/65033>
Abstract: In this work, an experimental investigation of fluorine gas (F 2 ) plasma treatment of polypropylene (PP) film reveals the evolution of PP fluorination. Surface analysis of fluorinated PP surfaces describes a surface modification process that is initially quite rapid but slows sharply as the fluorination progresses. The fluorination reaction occurs more rapidly at the PP film surface and evidence of a treatment gradient is seen in the ESCA sampling depth of 10 nm. The increasingly fluorinated surface becomes less reactive to the plasma chemistry and develops a fully fluorinated, cross-linked surface layer that eventually extends the full ESCA sampling depth.