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In-Situ Study of Self-Recovery in MAX Phases
MAX phases exhibit a unique combination of the characteristics ofboth ceramics and metals coupled with an unusual combination of mechanical, electrical and thermal properties.... -
Study of Creep Deformation and Lattice Misfit for a Ferritic Superalloy by In...
A new ferritic superalloy, which exhibits coherent coplanar ordered nanoscale (Ni,Fe)Al B2-type precipitates analogue to the Ni-based superalloy, has been fabricated and shown... -
The effect of pressure and temperature on mode-softening in negative thermal ...
We have done extensive structural and computational studies on the recently discovered phenomenon of negative thermal expansion (NTE) in metal-organic framework (MOF) materials,... -
Probing membrane localisation of molecular rotors (SANS)
A number of important biological processes, such as intracellular transport and signal transduction depend on the viscosity and the distribution of microdomains in cells. We... -
In-Situ Neutron Diffraction Study of Plastic Deformation and Crack-Growth Mec...
Our continuous proposal work will focus mainly on the influence of dislocation dominated deformation modes on fatigue-crack-growth in order to fully complete our proposed... -
Probing membrane localisation of molecular rotors
A number of important biological processes, such as intracellular transport and signal transduction depend on the viscosity and the distribution of microdomains in cells. We...
