Structural, electrical and dielectric studies of PVA based NaNO ₃ Polymer electrolytes for battery applications

First-principles study on the structural, elastic, electronic, optical and thermophysical properties of NaNO3 and K-doped NaNO3

“…K-doped NaNO 3 has a lower absorption than pure NaNO 3 in the 12-20 eV energy range. The refractive index (n(ω)), of an optical material reflects the arrangement of its electrons and molecules in reaction to the electromagnetic field of light [19]. As illustrated in figures 10(a) & (b), the optical transparency of the trigonal pure and K-doped NaNO 3 is investigated using the calculated refractive index n (ω).…”

“…However, the literature lacks theoretical insight of the elastic properties of doped NaNO 3 . The first principles approach has been extensively employed to explore the structural, optical, and electronic characteristics of alkali metal nitrates [13,[17][18][19][20]. The empirical potential approach was used in the research work [21] to compute the elastic constants of NaNO 3 .…”

Magnesium ion conducting Tamarind gum-based bio polymer electrolytes for the fabrication of energy applications and its performance analysis

“…This has been a viable solution to environmental issues because the world is currently experiencing a serious crisis related to sustainability and environmental issues [4]. Lots of work has been done with natural polymers such as agar-agar [5][6][7], chitosan [8], dextran [9], methylcellulose [10][11][12], starch [13], pectin [14], carrageenan [15][16][17][18], and gum-based polymers [19,20].…”