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PLZT tetragonal anti-ferroelectric energy storage ceramic material capable of being sintered at medium and low temperatures and ceramic capacitor
The invention provides a PLZT tetragonal antiferroelectric energy storage ceramic material capable of being sintered at medium and low temperatures and a ceramic capacitor, the composition of the PLZT tetragonal antiferroelectric energy storage ceramic material is mPbO-ZrO2-xTiO2-yLa2O3-zBaO-aB2O3-bSiO2-c (Li2O, Na2O, K2O)-dAg2O, and the proportion of oxide species is 0.111lt, 0.111lt, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t and 0.111t. Xlt; 0.220, 0.011 lt, 0.220, 0.011 lt; yt; Yt; 0.053, 0.023 < = zlt; 0.093, 0.002 lt, 0.093, 0.002 lt; a is less than or equal to 0.009, 0.002 lt; b < = 0.012, 0 < = clt; 0.010, 0 < = dlt; 0.006, 0.983 < lt >, 0.983 < lt >; mlt; mlt; 1.079). The ceramic material provided by the technical scheme of the invention has improved medium and low sintering temperature and excellent energy storage characteristic under a relatively low working electric field, and a multilayer ceramic capacitor element manufactured by the ceramic material can be widely applied to the fields of electric power, pulse, power and the like.
本发明提供了一种可中低温烧结的PLZT四方反铁电储能陶瓷材料及陶瓷电容器，PLZT四方反铁电储能陶瓷材料的组成为：mPbO‑ZrO2‑xTiO2‑yLa2O3‑zBaO‑aB2O3‑bSiO2‑c(Li2O,Na2O,K2O)‑dAg2O，其中，各氧化物物种比例为：0.111<0.093，0.002<0.010，0≤d<0.006，0.983
PLZT tetragonal anti-ferroelectric energy storage ceramic material capable of being sintered at medium and low temperatures and ceramic capacitor
The invention provides a PLZT tetragonal antiferroelectric energy storage ceramic material capable of being sintered at medium and low temperatures and a ceramic capacitor, the composition of the PLZT tetragonal antiferroelectric energy storage ceramic material is mPbO-ZrO2-xTiO2-yLa2O3-zBaO-aB2O3-bSiO2-c (Li2O, Na2O, K2O)-dAg2O, and the proportion of oxide species is 0.111lt, 0.111lt, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t, 0.111t and 0.111t. Xlt; 0.220, 0.011 lt, 0.220, 0.011 lt; yt; Yt; 0.053, 0.023 < = zlt; 0.093, 0.002 lt, 0.093, 0.002 lt; a is less than or equal to 0.009, 0.002 lt; b < = 0.012, 0 < = clt; 0.010, 0 < = dlt; 0.006, 0.983 < lt >, 0.983 < lt >; mlt; mlt; 1.079). The ceramic material provided by the technical scheme of the invention has improved medium and low sintering temperature and excellent energy storage characteristic under a relatively low working electric field, and a multilayer ceramic capacitor element manufactured by the ceramic material can be widely applied to the fields of electric power, pulse, power and the like.
本发明提供了一种可中低温烧结的PLZT四方反铁电储能陶瓷材料及陶瓷电容器，PLZT四方反铁电储能陶瓷材料的组成为：mPbO‑ZrO2‑xTiO2‑yLa2O3‑zBaO‑aB2O3‑bSiO2‑c(Li2O,Na2O,K2O)‑dAg2O，其中，各氧化物物种比例为：0.111<0.093，0.002<0.010，0≤d<0.006，0.983
PLZT tetragonal anti-ferroelectric energy storage ceramic material capable of being sintered at medium and low temperatures and ceramic capacitor
一种可中低温烧结的PLZT四方反铁电储能陶瓷材料及陶瓷电容器
BAO YIZHENG (author) / CHEN XUEFENG (author) / YAN SHIGUANG (author) / CAO FEI (author) / YAO CHUNHUA (author) / WANG GENSHUI (author)
2024-06-11
Patent
Electronic Resource
Chinese
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