Porous carbon materials for lithium batteries: Synthesis methods, modification strategies, and applications

Key Points

• Porous carbon materials significantly improve lithium battery performance due to their high surface area.
• Key synthesis methods include template-based approaches and chemical activation techniques for enhanced porosity.
• The review examines modification strategies that optimize ion transport and increase energy density in lithium batteries.
• Continued exploration of these materials may lead to breakthroughs in energy storage technology for various applications.