Effect of Hydration and Dimerization of the Formamidine Rearrangement

Engineering & Materials Science

• Proton transfer 99%
• Dimerization 92%
• Dimers 61%
• Hydration 58%
• Molecular orbitals 23%
• Hydrogen 21%
• Energy barriers 20%
• Isomerization 19%
• Wave functions 18%
• Monomers 16%
• Geometry 8%
• Water 7%

Chemical Compounds

• Formamidine 78%
• Dimerization 49%
• Wave Function 31%
• Energy Barrier 25%
• Ab Initio Calculation 23%
• Transition State 22%
• Isomerization 21%
• Monomer 16%
• Hydrogen 13%
• Energy 12%

Medicine & Life Sciences

• formamidine 100%
• Dimerization 61%
• Protons 55%
• Hydrogen 31%
• Water 9%