Quantum molecular modeling of oxazolidines as detergent-dispersant additives for gasoline: A valuable technological adviser

Engineering & Materials Science

• Molecular modeling 100%
• Detergents 90%
• Gasoline 61%
• Density functional theory 39%
• Functional groups 34%
• Hydrogen 31%
• Spin polarization 27%
• Atoms 27%
• Molecules 25%
• Iron 23%
• Quantum theory 19%
• Phenols 16%
• Olefins 15%
• Monomers 15%
• Electrostatics 14%
• Crystalline materials 13%
• Deposits 12%
• Internal combustion engines 12%
• Derivatives 10%
• Metals 8%

Chemistry

• Oxazolidines 99%
• Gasoline 69%
• Molecular Modeling 59%
• Additive 44%
• Iron Atom 30%
• Polarity 21%
• Hydrogen 19%
• Internal Combustion Engine 19%
• Oxazolidine 18%
• Spin Polarization 17%
• Succinimide 16%
• Density Functional Theory 16%
• Quantum Mechanics 15%
• Surface 12%
• Phenol 9%
• Alkene 9%
• Molecule 9%
• Monomer 7%
• Energy 6%
• Metal 5%