Surface modifications by plasma produced nanoparticles
ORAL
Abstract
Low temperature plasmas with their distinct non equilibrium character are a versatile tool for the production and subsequent deposition of nanoparticles. This contribution will focus on two aspects: on strategies to control the formation of nanoparticles in reactive low temperature plasmas and on the production and functionalization of nanoparticle- deposits. The importance of such nanoparticle-deposits will be discussed on the basis of two examples: the production of surfaces with switchable wetting properties and the decoration of surfaces with nanoparticles for fuel cell applications.
*The financial support of the European Commission under the FP7 Fuel Cells and Hydrogen Joint Technology Initiative grant agreement FP7-2012-JTI-FCH-325327 for the SMARTCat project is gratefully acknowledged.
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