Book Chapter 1: Theory of size, confinement and oxidation effect on oxide nanomaterials
Chang Q Sun
TL;DR
This chapter discusses how size, confinement, and oxidation influence oxide nanomaterials, focusing on electronic processes and structural behaviors using the bond-band-barrier and bond order-length-strength correlations.
Contribution
It introduces the BOLS and bond-band-barrier correlations as theoretical frameworks to understand nanostructure behaviors under oxidation and confinement.
Findings
Oxidation affects electronic properties of nanomaterials.
Size and confinement alter nanostructure stability.
Theoretical models predict nanomaterial behaviors under various conditions.
Abstract
Introduction bond-band-barrier (BOLS) correlation for the effect of electronic process of oxidation and the bond order-length-strengtrh (BOLS) correlation for the behaviour of nanostructures.
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Taxonomy
Topicsnanoparticles nucleation surface interactions · Quantum Dots Synthesis And Properties · Chalcogenide Semiconductor Thin Films