The ability to organize, separate and manipulate individual molecules and ions on a surface
opens up almost unlimited opportunities. However, it often requires complex techniques and …

The metal–organic framework (MOF) DUT-8 (Ni)(DUT= Dresden University of Technology)
shows a structural transformation from a nonporous to a porous phase during the adsorption …

In the present work we present mesoporous silica SBA-15 containing propyl-nickel
phosphonate study towards confirmation of synthesis procedure correctness. The structure …

Paper presents the hardware implementation of the Hopfield continuous neural network. We
propose a molecular realization of a spin glass model. In particular, we consider a spin glass …

Mesoporous silica SBA‐15 containing propyl‐iron‐phosphonate groups were considered to
confirm their molecular structure. To detect the iron‐containing group configuration the …

The article concerns a novel functional material in the form of thin film: vertically aligned
mesoporous silica layer precisely functionalized by nickel chloride molecules. The functional …

Mesoporous silica functionalized by cyclam–metal molecules were investigated by
spectroscopic methods including Raman, IR, UV–VIS absorption and EPR technique. To …

It was shown that a clustering of the active groups alter significantly the resonance Raman
spectra through broadening and shifts of the corresponding bands in comparison with …

Résumé The thesis aims at developing techniques in solid state nuclear magnetic
resonance (ssNMR) of paramagnetic metal-organic and inorganic systems in combination …

Mesoporous silica SBA-15 containing propyl-iron-phosphonate groups were considered to
confirm their molecular structure. To detect the iron-containing group configuration the …