First-principles study on proton dissociation properties of fluorocarbon-and hydrocarbon-based membranes in low humidity conditions

Engineering & Materials Science

• Fluorocarbons 100%
• Protons 82%
• Atmospheric humidity 61%
• Hydrocarbons 60%
• Membranes 57%
• Energy barriers 52%
• Molecules 33%
• Hydrogen bonds 31%
• Acids 31%
• Proton conductivity 18%
• Water 18%
• Density functional theory 17%
• Polymers 16%
• Hydration 12%
• Electrolytes 11%
• Fuel cells 10%

Physics & Astronomy

• fluorocarbons 87%
• humidity 67%
• hydrocarbons 64%
• dissociation 56%
• membranes 50%
• protons 44%
• sulfonic acid 43%
• water 16%
• molecules 15%
• polymers 11%
• fuel cells 11%
• hydration 10%
• hydrogen bonds 10%
• energy 8%
• electrolytes 8%
• interactions 7%
• density functional theory 7%
• conductivity 6%
• hydrogen 6%

Chemical Compounds

• Humidity 61%
• Dissociation 49%
• Proton 44%
• Sulfonic Acid 28%
• Energy Barrier 28%
• Fluorocarbon 11%
• Molecule 10%
• Hydrocarbon 6%
• Conductivity 6%
• Density Functional Theory 6%
• Hydrogen Bond 5%