Zeolite molecular sieves are essential to many processes in adsorption, catalysis and ion
exchange. From the separation of air, to petroleum cracking, to water softening and …

The extra-large-pore germanosilicates with UTL topology have been synthesized using a
large variety of spiroazocompounds as structure-directing agents. Synthesis conditions were …

Controlling the spatial selectivity of the coupling sites in two-molecule reactions is critical for
stereoselective product synthesis. Herein, we report a novel strategy that uses basic ETS-10 …

Catalytic thermal hydrogenation of CO 2 to CH 4 with renewably produced H 2 is one of the
routes to reduce the CO 2 concentration in the atmosphere. In this respect, various catalysts …

MEL type c is crucial for addressing energy and environmental crises, yet efficient synthesis
remains a challenge due to thermodynamic and kinetic limitations. In this work, TS‐2 as …

Continuous ion exchange is a more sustainable alternative to current methods for removing
common impurities from lithium sources. In this work, we examine ion-adsorbent interactions …

There is a great interest in developing humidity sensors with enhanced sensitivity at all
relative humidity (RH) ranges. To explore this, vanadium (V)-incorporated titanosilicate …

In transition metal‐based zeotype systems, engineering transition metal species through ion
exchange, doping, and oxidation state control to achieve heterogeneous catalytic systems is …

The synthesis and characterization of one-dimensional (1D) semiconductor quantum-
confined materials are important, since they have great potential as building blocks for …

Engelhard Titanosilicate molecular sieve, ETS-10, has unique selectivity and adsorption
capacity for gas separation. Microwave heating was found to be a more efficient technique …