电池
電池
전지
BATTERY BIMONTHLY
2010年
2期
109-111
,共3页
锌空电池%Zn枝晶%合金化%添加剂
鋅空電池%Zn枝晶%閤金化%添加劑
자공전지%Zn지정%합금화%첨가제
Zn/air battery%zinc dendrite%alloying%additives
综述了近年来锌空电池阳极的研究进展.目前的研究主要集中于Zn合金及其化合物,它们在某种程度上都可抑制锌枝晶的形成.高温处理可使Zn、Ni和In的合金的析氢电位负移;电解液添加剂和电极添加荆,可抑制Zn枝晶的形成.
綜述瞭近年來鋅空電池暘極的研究進展.目前的研究主要集中于Zn閤金及其化閤物,它們在某種程度上都可抑製鋅枝晶的形成.高溫處理可使Zn、Ni和In的閤金的析氫電位負移;電解液添加劑和電極添加荊,可抑製Zn枝晶的形成.
종술료근년래자공전지양겁적연구진전.목전적연구주요집중우Zn합금급기화합물,타문재모충정도상도가억제자지정적형성.고온처리가사Zn、Ni화In적합금적석경전위부이;전해액첨가제화전겁첨가형,가억제Zn지정적형성.
The research progress in zinc anodes in recent years was summarized.Most of the research was concentrated on zinc alloys and its compounds,which could reduce the zinc dendrite formation to some extent.High temperature treatment could negatively shift the hydrogen evolution potential of the alloy of Zn,Ni and In.Electrolyte additives and electrode additives could inhibit the formation of zinc dendrites.
