Preparation and characterization of cellulose acetate and lithium nitrate for advanced electrochemical devices

Study on the effect of lithium nitrate in ionic conduction properties based alginate biopolymer electrolytes

“…It is clear can be seen from both figures where the value of ε r and ε i are higher at low frequency region due to presence of polarization effect which confirms non-Debye dependence [45]. In this work, both values of ε r and ε i were found to be higher for sample ALNO-3 and this attributable to increment in charge carrier concentration which lead the ionic conductivity to achieved optimum value [11]. At high frequencies, it can be observed both dielectric profiles are decreased and reached plateau conditon for entire samples.…”

“…The development of lithium-ion based PEs has shown great attention due to their stability in energy storage application [10]. The weak coordination in presence of salt LiNO 3 makes possible incorporation of Li + ion with the polar group of alginate polymer, which promotes charge carrier to polymer matrix and increase the ionic conduction [11]. This type of lithium salt (LiNO 3 ) might provide good complexation with polymer backbone due to its electronegativity and delocalization of charge [12].…”

Enhancement of Plasticizing Effect on Bio-Based Polyurethane Acrylate Solid Polymer Electrolyte and Its Properties

“…% EC as plasticizer, as shown in Figure 6. Based on the results, these PUA electrolytes are similar to those of Monisha (2016), which could be used for energy storage devices [27].…”

AC Impedance Study of PMMA‐LiNO3 Electrolyte

“…One key to realize this demand is the development of new solid polymer electrolytes (SPEs). Lithium batteries based on SPEs have many advantages over the liquid counterparts, in which they are flexible, conform to any battery shape, eliminate the need for a separator, and can improve the safety and stability of batteries due to their non‐leakage and non‐reactive characteristics . However, the main drawback on practical use of solvent‐free polymer electrolyte is low ionic conductivity at room temperature.…”

“…Lithium batteries based on SPEs have many advantages over the liquid counterparts, in which they are flexible, conform to any battery shape, eliminate the need for a separator, and can improve the safety and stability of batteries due to their non-leakage and non-reactive characteristics. [1] However, the main drawback on practical use of solvent-free polymer electrolyte is low ionic conductivity at room temperature. To overcome the above issue, some of the researchers approach includes polymer blending, addition of inorganic fillers, and use of plasticizers.…”