Transparent, flexible and highly conductive ion gels from ionic liquid compatible cyclic carbonate network

Area of Science:

• Materials Science
• Polymer Chemistry
• Electrochemistry

Background:

• Ion gels are crucial for advanced electrochemical devices.
• Developing ion gels with enhanced mechanical and conductive properties remains a challenge.
• Existing materials often lack transparency, flexibility, or self-standing capability.

Purpose of the Study:

• To synthesize novel ion gels with high ion conductivity, transparency, flexibility, and self-standing properties.
• To explore the utility of a novel cyclic carbonate (CC) network polymer for ion gel fabrication.
• To demonstrate a versatile and operationally simple synthesis route using a dual-functional monomer.

Main Methods:

• Synthesis of ion gels using a novel ionic liquid compatible cyclic carbonate (CC) network polymer.
• Utilizing a dual functional cyclic carbonate methacrylate (CCMA) monomer for polymerization.
• Characterization of the synthesized ion gels for transparency, flexibility, self-standing ability, and ion conductivity.

Main Results:

• Successfully synthesized transparent, flexible, and self-standing ion gels.
• Achieved high ion conductivity in the developed ion gels.
• Demonstrated the versatility and operational simplicity of the CCMA monomer in creating these advanced ion gels.

Conclusions:

• The novel CC network polymer and CCMA monomer provide an effective platform for creating high-performance ion gels.
• The synthesized ion gels exhibit a promising combination of properties for various applications.
• The employed synthesis strategy offers a scalable and efficient method for advanced ion gel production.