A solid polymer electrolyte based on fluorine-containing polysulphone has been developed that is superior in electrical conductivity to existing analogues. The electrolyte possesses high stability and inertness in relation to the electrodes of lithium sources of electric current and ensures reversibility of the charge–discharge process of metallic lithium.
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References
1.
DemakhinA.G.Electrolyte Systems of Lithium Chemical Sources of Electric Current.Saratov University, Saratov, 217 pp. (1993).
2.
KorovinN.V. (eds), Chemical Sources of Electric Current. Handbook.Moscow Energy Institute, Moscow, 740 pp. (2003).
3.
SmirnovS.E.Polymer Electrolytes of Lithium Sources of Electric Current.Kompaniya Sputnik, Moscow, 64 pp. (2007).
4.
SmirnovS.E.Lithium elements with a solid polymer electrolyte. Papers of 17th Mendeleev Congress on General and Applied Chemistry, Kazan’, p. 391 (2003).
5.
SmirnovS.E.Promising lithium sources of electric current with a polymer electrolyte. Vestnik MEI, (2):62–67 (2004).
6.
ChebotarevV.P.Investigation of polymer electrolytes based on aromatic polysulphones. Plast. Massy, (1):44–46 (2008).
PutsylovI.A., and SmirnovS.E.Development of lithium–manganese dioxide elements with a solid polymer electrolyte. Vestnik MEI, (2):97–101 (2006).
9.
SmirnovS.S., and ZhorinV.A.Influence of mechanical activation on the synthesis and electrochemical properties of lithium–vanadium bronze. Zhurnal Prikladnoi Khimii, 81(8):1398–1400 (2008).
10.
SmirnovS.E.The use of polysulphone in lithium sources of electrical current. Plast. Massy, (5):35–39 (2009).
11.
SmirnovS.E.Effect of ultrasound treatment on the electrochemical and structural parameters of an MnO2-based cathode. Zhurnal Prikladnoi Khimii, 82(6):957–960 (2009).