Safety of Components with Modified Inter- and Surfaces

• Consultation and information
• Application and further development of analysis methods for polymer sur face especially by chemical derivatization reactions for XPS
• Plasmachemical surface modification of polymers
• Evaluation of the stability of polymer surfaces equipped with functional groups

Scheme of the plasma reactor combined with simultaneous metal evaporation

• Adhesion between polymers and metals
• Investigation of damage events with polymer composites and analysis of affected interfaces
• Formation of polymer surfaces with monotype functional groups
• Plasma polymerisation by rf and microwave excitation using the "continuous wave" or "pulsed" plasma mode
  Dr. rer. nat. Renate Mix
  phone: +49 30 8104-4310
  email: renate.mix@bam.de
• Characterization of pulsed rf plasma by SEERS
  (Self Excited Electron Plasma Resonance Spectroscopy).
• Study of deposited surface layers and surface modifications using XPS
  Dr. rer. nat. Rolf-Dieter Schulze
  phone: +49 30 8104-3344
  email: rolf-dieter.schulze@bam.de

Plasma reactor

RF induction plasma

• Surface modifications of films, powders, bulk solids and microporous materials with functional groups by plasmachemical treatments for biomaterials, barrier layers and composites Reactions and analysis of radicals on polymer surfaces
  Dr. rer. nat. Asmus Meyer-Plath
  phone: +49 30 8104-3394
  email: asmus.meyer-plath@bam.de
• Synthesis, modification and characterisation of nanostructured/nanoscaled carbon materials by chemical and plasma-chemical methods
• Synthesis of nanoscaled powders (oxides, carbides, nitrides, metals and composites) and production of nanostructured hard coatings in a thermal rf induction plasma
  Dr. rer. nat. Reinhard Mach
  phone: +49 30 8104-3813
  email: reinhard.mach@bam.de

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