(JP10505705-W)      The battery cell has a metal-organosulphur positive electrode which has one or more metal-sulphur bonds in which the formal oxidn. state of the metal is changed when the positive electrode is charged or discharged.    The positive electrode general formula (1) includes any multi-valent metal (M) and an organic gp. (R) in which there are 1 to 20 carbon atoms comprising organic moieties provided that the gp. does not include fused aromatic rings.    ADVANTAGE/USE -   Gives an improved rechargeable cell which can be in gel, solid-state and liq. forms with high conductivity and energy density while presenting more cycle life and ability to perform well at low temps.    (RU2133526-C1)      The battery cell has a metal-organosulphur positive electrode which has one or more metal-sulphur bonds in which the formal oxidn. state of the metal is changed when the positive electrode is charged or discharged.    The positive electrode general formula (1) includes any multi-valent metal (M) and an organic gp. (R) in which there are 1 to 20 carbon atoms comprising organic moieties provided that the gp. does not include fused aromatic rings.    ADVANTAGE/USE -   Gives an improved rechargeable cell which can be in gel, solid-state and liq. forms with high conductivity and energy density while presenting more cycle life and ability to perform well at low temps.    (CN1159253-A)      The battery cell has a metal-organosulphur positive electrode which has one or more metal-sulphur bonds in which the formal oxidn. state of the metal is changed when the positive electrode is charged or discharged.    The positive electrode general formula (1) includes any multi-valent metal (M) and an organic gp. (R) in which there are 1 to 20 carbon atoms comprising organic moieties provided that the gp. does not include fused aromatic rings.    ADVANTAGE/USE -   Gives an improved rechargeable cell which can be in gel, solid-state and liq. forms with high conductivity and energy density while presenting more cycle life and ability to perform well at low temps.