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Gas Phase and Surface Chemical Consequences of Dielectric Barrier Discharge Plasmas
The proposed research will work to characterize plasmas of the type that form where the charging roll contacts the photoreceptor in a typical xerographic printer. Laboratory experiments will form discharges under ambient atmospheric conditions and at the high-vacuum exit of a dielectric-barrier-discharge pulsed molecular beam. Spectroscopic measurements will record fluorescence emission signatures of plasmas under these conditions, and time-of-flight mass spectrometry will monitor the presence of reactive intermediates.
Faculty Supervisor:
Dr. Edward Grant
Student:
Jonathan Morrison
Partner:
Xerox Research Centre of Canada
Discipline:
Chemistry
Sector:
Consumer goods
University:
University of British Columbia
Program:
Accelerate
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