FIELD: technology for building theory of electronic composition of substance, possible use for creating artificial substances and engineering nano-materials and nano-devices.
SUBSTANCE: dielectric receptivity of substance being researched is measured, appropriate for ideal state and given density. Polarization capacities appropriate for these are calculated. With consideration of polarization capacity, radius of atom or molecule is calculated in accordance to proposed mathematical formulae.
EFFECT: ratio is determined of energy of interaction and coordinate number to polarization capacity and dielectric receptivity.
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Authors
Dates
2006-11-10—Published
2005-02-16—Filed