化学与粘合
化學與粘閤
화학여점합
CHEMISTRY AND ADHESION
2014年
2期
120-121,154
,共3页
巩桂芬%张颖彧%李晓东%王力
鞏桂芬%張穎彧%李曉東%王力
공계분%장영욱%리효동%왕력
EVOH-SO3Li/TiO2%高压静电纺丝%电化学性能%离子电导率
EVOH-SO3Li/TiO2%高壓靜電紡絲%電化學性能%離子電導率
EVOH-SO3Li/TiO2%고압정전방사%전화학성능%리자전도솔
EVOH-SO3Li/TiO2%electrospinning%electrochemical performance%ionic conductivity
将纳米二氧化钛加入到EVOH-SO3Li中制备纺丝液，利用高压静电纺丝法制备EVOH-SO3Li/TiO2复合膜。组装扣式电池，测试EVOH-SO3Li/TiO2聚合物电解质的电化学稳定窗口及离子电导率。结果表明：复合薄膜的电化学性能稳定，离子电导率达到0.96×10-3s/cm。
將納米二氧化鈦加入到EVOH-SO3Li中製備紡絲液，利用高壓靜電紡絲法製備EVOH-SO3Li/TiO2複閤膜。組裝釦式電池，測試EVOH-SO3Li/TiO2聚閤物電解質的電化學穩定窗口及離子電導率。結果錶明：複閤薄膜的電化學性能穩定，離子電導率達到0.96×10-3s/cm。
장납미이양화태가입도EVOH-SO3Li중제비방사액，이용고압정전방사법제비EVOH-SO3Li/TiO2복합막。조장구식전지，측시EVOH-SO3Li/TiO2취합물전해질적전화학은정창구급리자전도솔。결과표명：복합박막적전화학성능은정，리자전도솔체도0.96×10-3s/cm。
The TiO2 was added into EVOH-SO3Li spinning solution, and then the EVOH-SO3Li/TiO2 composite membrane was prepared by elec-trospinning. The button cell was assembled to test the electrochemical stability window and ionic conductivity of EVOH-SO3Li polymer electrolyte. The results showed that the electrochemical performance of composite membrane was stable, and the ionic conductivity reached 0.96 ×10-3s/cm.
