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METHOD FOR ANALYZING NICKEL-CADMIUM STORAGE BATTERY FOR SUSCEPTIBILITY TO UNWANTED TEMPERATURE RISE

机译:镍镉储存电池对不希望出现的温度上升的敏感性分析方法

摘要

FIELD: electrical engineering; analyzing nickel-cadmium batteries for susceptibility to unwanted temperature rise.;SUBSTANCE: proposed method involves measurement of battery inherent ohmic resistance. The lower the latter, the more developed are dendrites within separators and the greater is battery susceptibility to unwanted temperature rise. Newly introduced is formula of battery susceptibility to unwanted temperature rise in the form of = (0 )/0 * 100%, where is coefficient of unwanted temperature rise; 0 is inherent ohmic resistance of new battery; is inherent ohmic resistance of battery at test moment.;EFFECT: ability of qualitative estimation of battery susceptibility to unwanted temperature rise and for rejecting batteries whose temperature rise is most probable.;1 cl, 2 ex
机译:领域:电气工程;分析镍镉电池对不希望的温度升高的敏感性。实质:提出的方法涉及电池固有欧姆电阻的测量。后者越低,隔板内的树枝状结晶就越发达,并且电池对不希望的温度升高的敏感性越大。新引入的电池对有害温度升高的敏感性公式为=( 0 )/ 0 * 100%,其中,为有害温度升高系数; 0 是新电池的固有欧姆电阻;效果:定性评估电池对有害温度升高的敏感性以及拒收温度升高最可能的电池的能力。1 cl,2 ex

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