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A facile Approach to Enhance Mechanical Flexibility and Electrochemical Performance of a Plastic Crystal Composite Electrolyte by Exploitation of an UV-curable Semi-interpenetrating Polymer Network Architecture

Lee, Sang-Young , 길은혜 , 하효정

Conference Paper Issue Date2011-09-19 View33
A facile approach to enhance mechanical flexibility and electrochemical performance of gel polymer electrolytes by exploitation of UV-cured, trivalent/monovalent acrylate polymer matrices

Lee, Sang-Young , 길은혜 , 하효정

Conference Paper Issue Date2011-08-01 View63
A Self-standing, UV-cured Polymer Network-reinforced Plastic Crystal Composite Electrolyte for a Lithium-ion Battery

Lee, Sang-Young , 길은혜 , 하효정

Conference Paper Issue Date2011-04-07 View32
Highly-flexible Plastic Crystal Composite Electrolytes with UV-cured Semi-interpenetrating Polymer Network Architecture for All-solid-state Lithium Ion Batteries

Lee, Sang-Young , 길은혜 , 하효정

Conference Paper Issue Date2011-10-06 View52
Self-standing plastic crystal composite electrolytes reinforced with UV-cured polymer networks

Lee, Sang-Young , 하효정

Conference Paper Issue Date2010-08-29 View41
UV-cured trivalent/monovalent acrylate polymer matrix-incorporated gel polymer electrolytes for design-flexible lithium-ion battery

Lee, Sang-Young , 길은혜 , 하효정

Conference Paper Issue Date2011-09-19 View40
UV-cured trivalent/monovalent acrylate polymer matrix를 이용한 겔 고분자 전해질의 기계적 유연성 및 전기화학특성 향상

Lee, Sang-Young , 길은혜 , 하효정

Conference Paper Issue Date2011-04-07 View53
광가교 고분자 network를 갖는 신규 플라스틱 크리스탈 복합 전해질

Lee, Sang-Young , 하효정

Conference Paper Issue Date2010-04-22 View46
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