Geometry-Wave Potential Quantified and Unified Properties in General Chemistry

27 January 2020, Version 3
This content is a preprint and has not undergone peer review at the time of posting.

Abstract

Many long-known but never-quantified properties in chapters of the general chemistry have for the first time been quantified and consistently unified, using the particles (i.e. atoms, clusters, ions, moelcules, nanoparticles) geometro-wave (GW) energy being introduced herein. The GW-energy is proven able to help quantitative predictions and comparisons in the Lewis acid-base chemistry, self-assembly, electrochemistry, surface chemistry, and catalysis of the particles.

Keywords

self-assembly bonding energy
nanoparticle electrochemical reactivity
graphene sheets layering energy
surface defect energy

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