Layered materials with intracrystalline reactivity undergo intercalation and pillaring reactions
to produce materials with useful properties for catalysis, electrodes for Li batteries and …

The combination of semiconducting oxides and polyaniline in the nanoscale range may
result in hybrid materials having enhanced properties, such as electrochromism and charge …

We present the results of the Monte Carlo simulations of magnetic nanotubes, which are
based on the plane structures with the square unit cell at low temperatures. The spin …

A series of Schiff base (ambaf, apyapn and apyepy) copper (II)(1, 3, 5 and 6) and analogous
zinc (II)(2 and 4) complexes were synthesized, and characterized by spectroscopic …

The presence of sulfur compounds in natural gas seriously affects the yield of hydrogen
production from natural gas reforming and the lifespan of catalysts. This study aims to clarify …

In this study, removal characteristics of ethyl mercaptan (C 2 H 5 SH) on hexaniobate
nanotubes (HNT) and the metal-doped hexaniobate nanotubes (M-HNT) fabricated by ion …

Basic structural aspects about the layered hexaniobate of K4Nb6O17 composition and its
proton-exchanged form were investigated mainly by spectroscopic techniques. Raman …

Nanofibrous and nanotubular materials, natural and synthetic, are important alternative
matrices for the immobilization of metallocomplexes, especially metalloporphyrins, as …

The catecholase activity of a copper (II) complex coordinated by a tripodal pyrazole-based
ligand was investigated in continuous flow catalysis. The covalent immobilization of the …

Chemical modification of the layered K4Nb6O17 material was systematically investigated
through the reaction of its proton-exchanged form (H2K2Nb6O17) in alkaline solutions …