Studies of the interface between lithium electrodes and polymeric electrolyte systems using in situ FTIR spectroscopy

Engineering & Materials Science

• Spectroscopy 100%
• Lithium 99%
• Polyethylene oxides 91%
• Electrolytes 87%
• Electrodes 68%
• Carbonates 67%
• Polymers 65%
• Gels 62%
• Surface reactions 42%
• Solid electrolytes 42%
• Saline water 39%
• Plasticizers 39%
• Surface chemistry 39%
• Ethers 35%
• Derivatives 24%
• Temperature 23%
• Water 16%

Physics & Astronomy

• lithium 79%
• electrolytes 74%
• carbonates 67%
• electrodes 55%
• polyethylenes 53%
• polymers 52%
• spectroscopy 46%
• gels 46%
• difluorides 44%
• plasticizers 38%
• oxides 37%
• solid electrolytes 35%
• masking 33%
• ethers 33%
• vinylidene 33%
• matrices 32%
• surface reactions 30%
• ambient temperature 29%
• salts 26%
• chemistry 25%
• reflectance 20%
• water 16%
• temperature 8%

Chemical Compounds

• Fourier Transform Infrared Spectroscopy 50%
• Carbonate 46%
• Behavior as Electrode 44%
• Gel 37%
• Surface Reaction 31%
• Solid Electrolyte 29%
• Plasticizer 29%
• Solvent 28%
• Surface Chemistry 27%
• Reduction 27%
• Ether 20%
• Oxide 16%
• Surface 9%