LASMICROTOK · Transfer of knowledge in Laser Micro-processing
FP6 — Marie Curie Actions (Human Resources and Mobility)
- Duration
- 2005-05-01 → 2009-04-30
- EU contribution
- €532,563
- Participants
- 1
- Scheme
- TOK
Lines connect the coordinator with its partners.
Results in brief
Final Activity Report Summary - LASMICROTOK (Transfer of knowledge in laser microprocessing)
The project brought expertise in microscale and nanoscale technologies to the laser group at University of Liverpool, an acknowledged centre for the development of macroscale processes using high power lasers. The transfer of this knowledge was the key aim of the project. Two fellows were appointed, each for a period of up to two years. One fellow brought expertise in 'Atomic force microscopy' (AFM), a technique for structuring and observing materials at the nanoscale, and also expertise in nanoparticles. This allowed the Liverpool group to increase its activity in the technology areas of the production of nanoparticles by laser and the study of cell differentiation on controlled surface topography substrates. The increased knowledge of AFM operation has allowed nanoscale imaging to become a widely used method of post process evaluation of surface treated materials in a wide range of applications. The second fellow brought knowledge of microscale and nanoscale chemistry, in particular techniques based on sol gels. This has allowed the Liverpool group to increase its activity in the area of picosecond laser cleaning and to consider entry into research into metamaterials. Transfer of knowledge was aided by the delivery of hands on training in our laboratories in the above techniques with research staff and research students. A series of informative seminars was presented by both fellows. The fellows were active throughout their tenure in regularly held research group meetings. At the same time, the knowledge base and expertise of the fellows and their capabilities in the areas of laser materials processing, in particular the application of ultrashort lasers, were significantly increased by the training in those techniques that they received in our laboratories. The work carried out was published in international peer reviewed scientific journals; five papers in all being produced. In addition a number of conference contributions were also made. Dr Dima was awarded a journal of materials chemistry poster prize at symposium C on smart materials for smart devices and structures at the E-MRS fall meeting, 15 - 19 September 2008, held in Warsaw, Poland.
Data: CORDIS, © European Union
Project objective
The knowledge transfer objectives of the project are to:1) introduce to Liverpool a critical mass of external expertise in the field of laser micro-processing,2) train the team of academics and researchers in laser processing at Liverpool in the new techniques,3) develop the basis for long term benefit of the knowledge transfer by a range of measures that will ensure the ongoing viability of the technology at Liverpool,4) establish an enduring network of contacts/ collaborators at project end.This will be implemented by the recruitment of external researchers with the required expertise in laser micro processing from Europe. This will comprise an integrated programme over three years in which key skill requirements will be matched with a suitable range of experience in the researchers appointed. In addition, two visiting professorships of shorter duration will be created to bring in very specific high-level expertise.Existing staff at Liverpool will take part in a structured programme of knowledge transfer, which will involve:1) Lectures and seminars in laser micro engineering techniques, including background theory,2) Hands-on training in the specific micro technologies,3) Joint work with the visiting researchers on real applications development project s with companies,4) Joint dissemination via conference proceedings / journal publications.The new knowledge acquired will have a significant impact on the capabilities of the Laser Group at Liverpool, which will be extended into the new area of laser micro processing. This will allow it to participate in UK national and EU RTD programmes and to form strategic partnerships with large companies and SMEs throughout Europe in the this area.
Original text from CORDIS.
Participants
- THE UNIVERSITY OF LIVERPOOL · LIVERPOOLCoordinatorUnited Kingdom
Links
Data: CORDIS, © European Union