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基于核磁共振技术探讨有机硅电解质物化特性
陈晓丽1,2,雍天乔3,陈程1,2,付娟1,2,莫家媚1,2,苏秋成1,2,*()
Physical and Chemical Properties of Silicone Electrolyte Materials Evaluated by Nuclear Magnetic Resonance Technology
Xiao-li CHEN1,2,Tian-qiao YONG3,Cheng CHEN1,2,Juan FU1,2,Jia-mei MO1,2,Qiu-cheng SU1,2,*()

图3. BNS中各基团的13C NMR相对化学位移(δC)随LiPF6/BNS电解液浓度变化情况

Fig.3. The 13C NMR relative chemical shifts (δC) of various groups in BNS varying with the concentration of LiPF6/BNS electrolyte