Comprehensive in silico study on lithiated Triazine isomers and its H2 storage efficiency
Journal of the Indian Chemical Society(2021)
Abstract
This article illustrates the H2 trapping potential of Li doped tri heteroatomic six-membered aromatic Triazine isomers. The Li doped Triazine isomers are stabilized as a cation with retaining the aromaticity. The first principle calculation reveals that Li doped Triazine isomers can trap a maximum of ten molecular hydrogens in quasi-molecular binding mode with average adsorption energy ranges from 0.60 eV ~ 0.85 eV with high Gravimetric wt%. To know the binding character, bond nature, and adsorption spontaneity we have studied the electron density-based descriptors, and effect of temperature respectively. The study reveals that spontaneous hydrogen adsorption occurs at 200 K temperature with ionic interaction between Li and H2.
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Key words
Lithiated Triazine,Triazine Isomers,H2 storage,In silico study
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