2018 - Pulse Plating Seminar - RENA Technologies Austria GmbH

Das 8. Europäische Pulse Plating Seminar fand am 2. März 2018 im Technischen Museum Wien statt.

Das Seminar wurde in memoriam Prof. Pietro Cavallotti abgehalten.

Plenarvorträge

Prof. Imre Bakonyi (Hungarian Academy of Sciences, HUN)
Development of pulse-plating technology for the preparation of coatings with varying composition along their thickness: a historical overview
Dr. Jean-Claude Puippe (Steiger Galvanotechnique SA, CH)
Guidelines for setting the useful range of pulse plating parameters
Dr. Wolfgang E. G. Hansal (Hirtenberger Engineered Surfaces GmbH, AUT)
Pulsed Electrochemistry and its industrial application
Prof. Dr. Peter Leisner (Research Institutes of Sweden, SWE)
Application of Assaf panel for evaluating the throwing power of pulse reverse plating
Prof. Sudipta Roy (University of Strathclyde, UK)
Electrodeposited Copper using Pulse Currents from Lean Electrolytes
Prof. Dr. Luca Magagnin (Politecnico di Milano, IT)
Pulse plating of alloys in non-aqueous solvents for photoactive films and eutectic bonding applications
Markus Müller (TU Chemnitz, GER)
Advanced Method for the Determination of Plating Processes
Dr. Codruta Vlaic (TU Ilmenau, GER)
Improved wear resistance of NiP alloy coatings obtained by pulse plating
Dr. Andrew Cobley (Centre for Manufacturing and Materials Engineering, Coventry University, UK)
Effect of pulse electrodeposition on Sn-Cu Coatings for Pb-free applications
Dr. Salvador Pané Vidal (ETH Zürich, CH)
A double template-assisted electrodeposition procedure to fabricate well-defined porous structures
Prof. Mari Lundström (Aalto University, FIN)
A future application of pulse plating – precious metals recovery from hydrometallurgical Process Streams
Prof. Dr. Wolfgang Kautek (University of Vienna, AUT)
Picosecond hot electron current pulse electrochemistry enabled by femtosecond laser electrode irradiation
Dr. Naroa Imaz (Cidetec, ESP)
Ni/inorganic fullerene-like WS2 nanocomposites deposition by pulse plating
Dr. László Peter (Hungarian Academy of Sciences, HUN)
Composition depth profile analysis as a tool to reveal component distribution in electrodeposited multilayers