The pressurised intrusion of non-wetting liquid in nanoporous materials has emerged as a promising mechanism to yield high-performance energy absorption and impact protection. Herein we propose to use
For neutronographic residual stress analysis it is essential to provide correct reference data of the strain free / independent material state, i.e. the lattice parameter d0. As...
While typically structures from linear diphosphonate ligands form dense phases, we report that with the functionalized ligand 1,4-dihydroxy-2,5-benzenediphosphonate (DHBP) and Zn2+ a microporous netwo
Materials that are porous at the atomic scale have proven to be important for many applications, including gas capture and catalysis. Recently it has become possible to make...