Quantitative decoding of structural evolution induced by hydrophobic modification and its influence on multiphysical fields in the gas diffusion layer

Key Points

• Structural evolution significantly affects the efficiency of gas diffusion layers, enhancing their performance in multiphysical fields.
• Key evidence shows that hydrophobic modification can lead to a measurable improvement in gas diffusion efficiency.
• Analysis of gas diffusion layers involved quantitative decoding of changes in structure due to hydrophobic modification over time.
• Optimizing structural properties may enable enhanced performance in applications like fuel cells and batteries.