Objective
The inclusion of Professor Dobrzynski's Laboratory of Solid State Physics into our NETWORK for the study of magnetic materials adds two new dimensions.
first of all they will extend one range of magnetic materials that we will investigate to include intermetallic compounds that may be only partially ordered.
This is an important class of magnetic materials.
Second they will bring at least one new technique, Mossbauer spectroscopy, to the Network.
This is a site-specific resonant absorption radiation method which nicely complements the synchrotron-based radiation diffraction methods that form the core or our existing project proposal.
we are not able to pursue Mossbauer studies at any other nodes of the network and greatly value this additional possibility.
In all respects the contribution of the Polish team complements rather than merely supplements the project.
At the same time it should be recognised that the Bialystok group contains expertise in neutron/ x-ray diffraction anda (Compton scattering studies of magnetic materials.
Because of this and other work (eg on magnetic thin films) they have a range of magnetic characterisation techniques not duplicated everywhere else.
Thus they are able to provide a valuable input to tne whole range of our project activities.
they also have a significant number of young scientists whose training can be enhanced by mobility around the Network.
Accordingly they request adequate funds for mobility as well as modest assistance witn enhancing the Mossbauer programme to cope witn the extra research work that we may be able to provide.
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Programme(s)
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Coordinator
COVENTRY
United Kingdom
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