Pure LiFePO4 with high energy density prepared by water quenching treatment-中国期刊网

摘要 “开火的复合真空”和熄灭的水技术在LiFePO4的合成被介绍阴极粉末。样品被加热在真空石英试管封上的预先分解的先锋混合物准备，走水路在sintering温度熄灭跟随。结果显示使用“快熄灭”的处理能成功控制最后的产品的谷物尺寸的增生并且改进它活跃材料的利用比率。样品由这种技术综合了有高可逆的分泌物特定的能力和好周期的电气化学的性能。

1杨英惠（摘译）. 锂电池用LiFePO4阴极材料.材料科学与工程,2006-10.
2Andrew Randewich;Colin Danson. High energy density physics at the Atomic Weapons Establishment.物理,2014-04.
3宋月丽;李晶;彭汝芳;楚士晋. 正极材料LiFePO4/C的制备与性能.电力电子与电力传动,2011-03.
4郭向峰;左珺;詹晖;周运鸿. Storage Stability of LiFePO4/C in Humid-hot Air.化学,2011-11.
5Fei Cheng;Duo Li;Anhui Lu;Wencui Li. Controllable synthesis of high loading LiFePO4/C nanocomposites using bimodal mesoporous carbon as support for high power Li-ion battery cathodes.物理,2013-06.
6Yongtao Zhao;Rui Cheng;Yuyu Wang;Xianming Zhou;Yu Lei;Yuanbo Sun;Ge Xu;Jieru Ren;Lina Sheng;Zimin Zhang;Guoqing Xiao. High energy density physics research at IMP,Lanzhou, China.物理,2014-04.
7Xin Li;Yu Zhi Jiang;Xi Kun Li;Hai Xia Jiang;Jun Long Liu;Jun Feng;Shi Bin Lin;Xin Guan. Electrochemical property of LiFePO4/C composite cathode with different carbon sources.金属材料,2018-09.
8白咏梅;韩绍昌;邱鹏. 固相法合成LiFePO4的动力学研究.电力电子与电力传动,2009-05.
9Tao Li;Heping Li;Liping Xu. An experimental study of interaction between pure water and alkaline feldspar at high temperatures and pressures.地球化学,2018-01.
10张洁;马青青;张欣烨;张伟;张利锋. 锂原料对水热合成LiFePO4材料性能的影响.材料科学与工程,2015-02.

Pure LiFePO4 with high energy density prepared by water quenching treatment

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Pure LiFePO4 with high energy density prepared by water quenching treatment

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