V 2 O 5 nanoparticles doped with different amounts of (x= 2%, 5% and 10%) Co was
successfully synthesized by thermal decomposition method with the purpose of enhancing …

The development of ordered mesoporous solids is revised. Acid, base, and redox catalytic
properties are presented together with their application for a series of organic reactions of …

A series of mesoporous vanadosilicate VMCM-41 molecular sieves with variable Si/V ratios
have been hydrothermally synthesized at pH 11 using 2-propanol as a phase stabilizer. The …

Highly ordered cobalt substituted MCM-41 samples were synthesized and characterized for
application as catalytic templates for producing aligned single walled carbon nanotubes …

Publisher Summary This chapter discusses the particular class of molecular sieves, having
periodic mesoporous structure, with pore sizes in the range of 2 to 10 nm. They are …

Vanadium containing mesoporous molecular sieves synthesized by direct hydrothermal (V-
MCM-41), grafting (V/MCM-41), and immobilization methods (VNH2-MCM-41) has been …

Utilization of photocatalysis as a promising strategy for environmental and energy
applications has been widely considered. Herein, we report a novel black V 2 O 5 material …

We describe the introduction of zirconium metal centers into the cubic phase of mesoporous
silica. Two methods of zirconium incorporation were compared consisting of hydrothermal …

We present results of a systematic study on the sorption-and phase behavior of nitrogen,
argon, and krypton at 77 and 87 K in different pristine mesoporous MCM-48 silica phases …

Pure silica MCM-48 and MCM-41 materials were prepared using GEMINI surfactants, with
the general formula [C n H2 n+ 1N+ (CH3) 2−(CH2) s− N+ (CH3) 2C m H2 m+ 1]. 2Br …