Topological Research on Long Wavelength Limit of Transparent Ionic Crystals in Infrared Range
Source abstract
Abstract
A novel connectivity topological index(~mB) based on the adjacency matrix and the ionic parameter of binding force(b_i)was derived in the present paper.The 0 and 1 order indexes ~0B and ~1B of ~mB were derived to correlate the long wavelength limit(λ)and the lattice energy (U)of 23 different types of transparent ionic crystals in infrared range.The relative coefficients (R=0.96904,0.98523,0.99185,0.97635)of the derived equations are all in the range of higher level standards.Therefore,the results of present research could be useful for the design and evaluation of the long wavelength limit of ionic crystals.
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Research context
OpenAlex topics: Chemical Thermodynamics and Molecular Structure · Gas Sensing Nanomaterials and Sensors · Catalysis and Oxidation Reactions
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