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Paul Scherrer Institut PSI Technology Transfer



Updated:
02.02.2007
E-Mail: neil.gregory@psi.ch + helpdesk@psi.ch


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PSI Supports your Research and Development
PSI strives to make the knowledge generated from research accessible, and to foster its utilization and commercialisation. Scientific results are often incorporated into commercial developments and as such are fundamental to successful innovation. Technological developments are also initiated by researchers which meet technical boundaries in their experimental set-ups and therefore have to find new solutions.
 
There are three possibilities for cooperation with PSI:
  • Transfer of technologies and know-how
  • Utilization of research facilities and know-how as R&D services
  • Research cooperation or contract research
 
As an operator of large, very complex research facilities the PSI offers up-to-date measuring and analysis methods to industrial partners. These services can be provided in the desired scale, from full scientific support to self-conducted experiments in our laboratories.
 
The team of the technology transfer office is at your disposal for any inquiries you might have.
 
In Focus
INKA - Institute for nano technical applications in plastics
The market for innovative products in micro system technology is growing rapidly. In particular the expanding life science industry is looking for new developments in micro and nano technology systems. Chip or compact disk based micro fluidic systems are already available for diagnostics and anaylitics. The integration of micro- and nano-structuring provides these systems with additional functionality (i.e optimized surface characteristics, enhanced accqusition functions).
(Photo: Master for embossing of interdigitated electrodes for a micro-electrochemical sensor)
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Neutron radiography for non-destructive testing
Neutrons can be used for non-destructive testing because they are able to penetrate thick material layers. Their specific interaction with the atomic nuclei of the material provide transmission images with additional information and/or complementary contrast to ordinary X-ray images of the same sample. Due to the high interaction probability of thermal neutrons with hydrogen containing materials, neutron radiography delivers high contrast images for thin layers of organic substances or samples partly consisting of hydrogen rich components.
(Photo: Injector nozzle with visible diesel, 20cm length)
More ››
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