The precise atomic architecture of the catalytically active center is the central topic of the
approach presented herein to the design of solid‐state catalysts. A wide range of new …

The achievement of a structure–activity relationship for heterogeneous catalysts is a
desirable step for improving existing catalysts or for predicting new catalytic reactions. This …

This review deals with the preparation of highly reactive titanium oxide photocatalysts and
the clarification of the active sites as well as the detection of the reaction intermediates at the …

Green and efficient synthesis of titanium‐containing molecular sieves is limited by the
quantity of environmentally unfriendly additives and complicated synthesis procedures …

A review of the research advances made in the design and development of highly reactive
and functional titanium oxide photocatalysts, which can utilize not only UV but also visible or …

In this study, carbon nitride was loaded into the titanium incorporated SBA-15 mesoporous
silica (denoted as Ti-SBA15-CN) by a two-step vapor condensation of dicyandiamide. The …

Rates and selectivities for alkene epoxidations depend sensitively on the identity of the
active metal center for both heterogeneous and homogeneous catalysts. While group 6 …

A molecular precursor approach involving simple grafting procedures was used to produce
site-isolated titanium-supported epoxidation catalysts of high activity and selectivity. The tris …

Ti-Beta zeolite has been successfully prepared via a reproducible and scalable two-step
post-synthesis strategy, which consists of creating vacant T sites with associated silanol …

Upon loading of aqueous hydrogen peroxide into Ti silicalite sieve and removal of the
solvent by evacuation, a thermally stable hydroperoxo species was detected by infrared …