Investigation of Sulfonium-Iodide-Based Ionic Liquids to Inhibit Corrosion of API 5L X52 Steel in Different Flow Regimes in Acid Medium

Engineering & Materials Science

• Ionic liquids 100%
• Application programming interfaces (API) 68%
• Acids 65%
• Corrosion 54%
• Steel 41%
• Adsorption 23%
• Molecular orbitals 20%
• Physisorption 20%
• Quantum chemistry 19%
• Chemisorption 18%
• Gibbs free energy 16%
• Negative ions 16%
• Potentiodynamic polarization 15%
• Monolayers 15%
• Surface analysis 15%
• Charge transfer 15%
• Corrosion inhibitors 15%
• Electrochemical impedance spectroscopy 14%
• Isotherms 14%
• Desorption 13%
• Sulfates 13%
• Discrete Fourier transforms 13%
• Turbulent flow 12%
• Molecules 11%
• Ions 11%
• Electrodes 9%
• Metals 7%

Chemistry

• Ionic Liquid 54%
• Corrosion 51%
• Flow 46%
• Acid 25%
• Iodide 19%
• Free Energy of Adsorption 15%
• Surface 15%
• Sulfonium 14%
• Polarization Resistance 13%
• Highest Occupied Molecular Orbital 13%
• Quantum Chemistry 13%
• Physisorption 12%
• Surface Analysis 12%
• Corrosion Inhibitor 12%
• Chemisorption 10%
• Impedance Spectroscopy 9%
• Isotherm 9%
• Desorption 9%
• Gibbs Free Energy 9%
• Sulfate 9%
• Monolayer 9%
• Polarization 9%
• Charge Transfer 8%
• Density Functional Theory 7%
• Anion 7%
• Behavior as Electrode 6%
• Adsorption 5%
• Metal 5%
• Ion 4%
• Molecule 4%