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INS investigation of the decomposition intermediates for the destabilised mul...
Here we propose the investigation of intermediate compounds obtained during the decomposition of the multicomponent hydrogen storage system 2 LiBH4 : MgH2 using ex-situ... -
Effect of the MOF pore structure upon coordinatively unsaturated Cu centres.
Metal-organic frameworks are an exciting class of porous and crystalline materials exhibiting exceptional sorption properties. The growing interest in the community lies in the... -
Investigating the effect of pore structure upon interactions of hydrogen with...
Three MOFs samples with high hydrogen storage capacities at 77K, and high surface area, are willing to be analyzed. In order to investigate hydrogen interactions within the... -
Investigating the interactions of H2 with high capacity metal-organic framewo...
An interesting family of Cu (II)-framework (NOTT100 series) has been synthesized at the University of Nottingham by the group of research of Martin Schröder. Earlier studies on... -
DINS investigation of the decomposition intermediates for the destabilised mu...
Herein we propose the investigation of intermediate compounds obtained during the decomposition of the multicomponent system 2 LiBH4: MgH2 using ex-situ deep inelastic neutron... -
Investigation of the dynamics within the destabilised multi-component hydroge...
There is great interest in destabilised multicomponent hydrogen storage materials as this allows the reduction of the temperature of dehydrogenation while maintaining a... -
Determination of the location of molecular hydrogen trapped within a metal-or...
An interesting In(III)-framework has been synthesized at the University of Nottingham by the group of research of Martin Schroder. This metal-organic framework is based on...
