机译:表面改性Li4Ti5O12通过纸张模板方法进行锂离子电池增强界面Li +电荷转移
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
Savitribai Phule Pune Univ Dept Phys Pune 411007 Maharashtra India;
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
Minist Elect &
Informat Technol MeitY C MET Pune 411008 Maharashtra India;
机译:表面改性Li4Ti5O12通过纸张模板方法进行锂离子电池增强界面Li +电荷转移
机译:用纸模板方法表面改性的Li4Ti5O12增强锂离子电池中的界面Li +电荷转移
机译:用纸模板方法表面改性的Li4Ti5O12增强锂离子电池中的界面Li +电荷转移
机译:在单晶TiO2颗粒处光针对银纳米粒子的表面增强拉曼散射,用于研究其界面电荷转移活动和可再生能量转换
机译:高能固态锂离子电池中Li +离子传输的增强。
机译:锂离子电池中掺杂引起的记忆效应:Al掺杂的Li4Ti5O12
机译:表面改性Li4Ti5O12通过纸张模板方法进行锂离子电池增强界面Li +电荷转移