The past decade has witnessed increasing activity in photochemistry within zeolites. This
article critically reviews the topics of such activities and provides some comments for future …

Xenon is an inert gas with a large electronic environment that makes it sensitive to any
interaction, even physical. In the case of 129Xe isotope (spin 1/2), the resulting electronic …

Hydrothermal crystallization of LTA zeolite was performed at a gel composition containing
organosilane surfactant as a mesopore-generating agent. The zeolite was constructed of …

In the previous sections the emphasis was on the coherent evolution of a spin system as a
result of the secular part of the spin Hamiltonian. The secular Hamiltonian is effectively time …

Over the past decades, nuclear magnetic resonance (NMR) spectroscopy has revealed itself
to be an invaluable tool in areas of chemistry, biology and medicine. NMR, however, goes …

A large number of functional and catalytic materials exhibit porosity, often on different length
scales and with a hierarchical structure. The assessment of pore sizes, pore geometry, and …

This chapter presents an attempt to cover the entire scientific literature of xenon NMR,
encompassing physical, chemical and biological applications involving both spectroscopy …

Investigation of competitive adsorption is carried out using the Xe–Kr mixture in zeolite Na A
as a model system. The Xe n Kr m clusters are trapped in the alpha cages of this zeolite for …

This chapter summarizes the recent developments in both convention and hyperpolarized
(HP) xenon NMR experiments. Xenon NMR has been used in a growing number of …

Mesopore-modified ZSM-5 zeolites with hierarchical porous structures (Meso-ZSM-5) have
been synthesized by using tetrapropylammonium hydroxide and starch as cotemplates. One …