MINDE · Micro and nano deposition

Final Activity Report Summary - MINDE (Micro and nano deposition)

From a scientific point of view MINDE advanced training courses provided to young EU researchers (with different background) fundaments to comprehend the different deposition processes, methods to approach new scientific and technological problems and an overview on the different possible innovative applications in the high-tech field. This task has been addressed by creating a common vocabulary between physicists and chemists trough lectures and tutorial activities with the involvement of a selected team of teachers with a solid scientific background and a multidisciplinary and integrated view of Surface Technology field. Intensification of the cooperation between scientific institutions and industry has been reached/realised though the organisation of meetings and Forums. ATC 1, held in Barcelona, provided an in-depth approach to coating technology related to the production of nano-structured materials and covered also process control, product design and hybrid technology. The processes studied included electrodeposition, PVD and CVD with posters and case studies displayed. ATC 2, held in Schwaebisch-Gmuend, provided an in-depth approach to coating technology related to the control of deposition processes during the production of nano-structured materials. The processes included structure of electrodeposits and electrokinetics, diffraction measurement on nano-crystalline thin film and multilayer, micro surface analysis, control of deposits, model for the electrodeposition of alloys, electrodeposition of single metals with preferred orientation and hydrogen co-deposition. ATC 3, held in Athens, provided an in-depth approach to the following topics: Micro-structured Bulk Materials and Surface Coatings, Copper Plating for PCBs, Nano-Wires and Nano-Dots, Lead free, Low Whiskering Tin Electrodeposits, Scale up of Gold Electrodeposition from Sulphitic, Electrolytes - From Lab Scale to Pilot Scale, Coatings for Data Storage, Electrodeposition of Semiconductors, Current Density Distribution and their Application to Patterned Wafer Plating, Nanostructured Coatings (Multilayer). ATC 4, held in Trento, provided an in-depth approach to the following topics: Functional Surfaces and Coatings for Biomedical Applications, Activation and Functionalisation of Medical Devices by Physical and Chemical Surface Coatings, New Aspects of ER-Sensor for monitoring of Corrosion in Electronic, Production, Characterisation and Detection Capabilities of Thin Organic Films for Sensing Application, Electrochemical Methods for Micro-Patterning with-out Photolithography, Linear and non-Linear Optical Methods for in-situ Electrochemical Spectroscopy & Spectromicroscopy Each ATC course consisted of four parts, respectively: First part "Basic Knowledge": each course started with one introductory day, essential to create a common glossary of definitions and principles of electrochemical systems, deposition processes and methods to control them; Second part "Methodologies": this part covered different topics each year; Third part "Group research projects": the participants have been divided into groups, invited to solve a problem and to prepare an oral presentation. Fully networked workrooms have been provided with pc that enabled web search work to be carried out as well as for the team assignments and power point presentations. All the didactic material has been installed on EAST web site (http://www.east-site.net). This gave to the students the opportunity to interact with tutors and keynote speakers and to acquire great knowledge useful to develop new ideas for their research work. Fourth part "Innovative on novelties": at the end of each ATC, a Forum related to the arguments tackled during the training courses, have been organised with keynote speakers, giving the opportunity to researchers to do oral presentations. MINDE Training courses proved to be extremely successful with 191 students participating from 18 countries. During each ATC students have been divided in groups of 5- 6 persons each, formed by students from different countries and different experience levels.

Текст от CORDIS, на английски · Данни: CORDIS, © Европейски съюз