The main subject of this review is the consideration of catalytic oxidation reactions, which are greatly influenced by solid state effects in the catalyst material.
While he was still in high school, he built a nuclear magnetic-resonance spectrometer in his basement, and discovered what he calls a "peculiar and still unexplained solid-state effect" having to do with cobalt.
Thus, they can be used to model many basic solid-state effects, which are related to coherent transport in solids, such as Bloch oscillations, Zener breakdown, and others.
These important revelations are accomplished by addressing inherent solid-state effects, which underpin the natural tendency to seek the energetic ground state.
This review focuses on some of the more notable successes and failures of modern electronic structure theory in properly describing these systems in the absence of solid-state effects.
A comparative study of the behaviour of several samples of differing stoichiometry, crystallinity and porosity has revealed the existence of considerable solid-state effects, the origin of which is not clear.
This difference in wavenumber is due to solid-state effects.
On the particle, the molecules of RePpic are dilute and experience no solid-state effects as they cannot interact with one another.
Apparently, the strength of specific solid-state effects is weak, and a simple comparison between the solution and solid-state resonances, and the simple calculation for the isolated molecule is sufficient for structural analysis.
Thermoelectric materials are proposed as candidates capable of yielding solid state SR effects in the absence of phase changes that are detrimental to durability.
The temporal development of particles during solid state sintering with effects such as wetting is shown in various simulations.
