литиевый элемент

The electrolytes based propylene carbonate (PC) on the background of lithium tetrafluoroborate for lithium-fluorocarbon (Li/CF_x) power sources for implantable pacemakers are studied. Electrolytes with a salt content of 0.7-0.9 mol/l have a conductivity of (4.44–4.46)∙10₃ S/cm at 37°C, which is provides a full work of pacemaker at low rates of discharge. Conducted accelerated tests on the keeping also confirmed the stability of this electrochemical system. And the proposed electrolyte can be recommended to replace the traditional butyrolactone in Li/CF_x primary power source for pacemakers.

The electrode behavior of various fluorinated graphite materials and different conductive additives in various electrolytes are studied. Fluorocarbon materials based on graphite fibers are shown to have the best discharge characteristics. The advantage of thin cathodes based on fluorinated nanomaterials with a solid polymer electrolyte in comparison with the similar electrodes with traditional fluorocarbon active material is demonstrated. The use of fluorinated nanomaterials results in increased discharge characteristics of the cells.