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Information × Registration Number 0204U000440, 0101U005039 , R & D reports Title Development of the theory of mutual effect srtructural characteristics of solid-fase oxidizers and polymeric electrolytes on the redox-process in non-aqueous systems and lithium ions transport in a solid phase to optimize lithium chemical power source popup.stage_title Head Shembel' O.M., Registration Date 05-02-2004 Organization Ukrainian State University of Chemical Technology popup.description2 Electrolytic molybdenum oxides in rechargeable lithium batteries are the object of investigation. Investigation methods: X-ray diffraction and thermal analysis, absorption IR-spectroscopy, atomic-force microscopy, electrochemical investigations. Optimal conditions of water molybdate solution electrolysis at the cathode production of e-Mo- oxides, and also the mode of deposit thermal treatment have been selected. A wide spectrum of non-stoichiometric chemical compositions of such e-Mo-oxides has been synthesized. Investigations of the models based on e-Mo oxides in polymer electrolytes with the matrix of polyvinylidene fluorides and chlorinated polyvinyl chloride have been shown prospects and possibility for production of thin-layer miniature actual rechargeable lithium power sources with high specific discharge characteristics. Field of application: machine-building , electric-power, electronic and light industries. Product Description popup.authors popup.nrat_date 2020-04-02 Close