Uniaxial Extension of Surfactant Micelles: Counterion Mediated Chain Stiffening and a Mechanism of Rupture by Flow-Induced Energy Redistribution

Engineering & Materials Science

• Micelles 100%
• Surface active agents 72%
• Stretching 17%
• Hydrodynamics 14%
• Cationic surfactants 13%
• Relaxation time 10%
• Advection 10%
• Molecular dynamics 9%
• Potential energy 9%
• Electrostatics 8%
• Sodium 8%
• Screening 7%
• Elongation 7%
• Strain rate 7%
• Entropy 6%
• Stiffness 5%
• Computer simulation 4%
• Water 4%

Chemical Compounds

• Counterion 60%
• Micelle 51%
• Surfactant 44%
• Energy 31%
• Hydrodynamics 15%
• Pair Potential 11%
• Cetyltrimethylammonium Chloride 11%
• Sodium Salicylate 11%
• Strain 11%
• Nasal 10%
• Cationic Surfactant 8%
• Entropy 6%
• Molecular Dynamics 6%
• Force 5%
• Flow 5%
• Simulation 5%
• Time 2%
• Surface 2%

Medicine & Life Sciences

• Micelles 79%
• Surface-Active Agents 69%
• Rupture 56%
• Hydrodynamics 19%
• Cetrimonium 12%
• Sodium Salicylate 12%
• Entropy 9%
• Static Electricity 9%
• Molecular Dynamics Simulation 9%
• Nose 6%
• Head 6%
• Water 5%