Theoretical study on amphi-ionophorability of peptide nanorings

Engineering & Materials Science

• Nanorings 100%
• Peptides 65%
• Atoms 51%
• Electron correlations 47%
• Photoexcitation 45%
• Ions 45%
• Volcanoes 36%
• Ground state 36%
• Electronic structure 36%
• Negative ions 33%
• Molecular structure 31%
• Metals 31%
• Positive ions 30%
• Amino acids 29%
• Pore size 28%
• Earth (planet) 20%

Physics & Astronomy

• clathrates 63%
• peptides 54%
• volcanoes 35%
• Commonwealth of Independent States 34%
• Saturn 29%
• amino acids 28%
• halogens 27%
• photoexcitation 26%
• molecular structure 26%
• metals 25%
• atoms 24%
• alkalies 23%
• anions 23%
• ions 23%
• cations 20%
• electronic structure 18%
• porosity 17%
• ground state 16%
• radii 15%
• electrons 10%