Criteria Governing Rod Formation and Growth in Nonionic Polymer Micelles

Engineering & Materials Science

• Micelles 100%
• Polymers 48%
• Sodium Fluoride 41%
• Sodium chloride 27%
• Salts 24%
• Relaxation time 17%
• Viscosity 16%
• Rheology 14%
• Superconducting transition temperature 14%
• Polypropylene oxides 13%
• Neutron scattering 10%
• Microstructure 8%
• Phase separation 8%
• Propylene 7%
• Molecular weight 7%
• Surface active agents 7%
• Surface tension 6%
• Molecules 6%
• Elongation 6%
• Oxides 5%
• Temperature 5%
• Chemical analysis 4%

Physics & Astronomy

• micelles 72%
• rods 53%
• polymers 38%
• salts 23%
• sodium fluorides 20%
• propylene oxide 20%
• viscosity 14%
• rheology 13%
• transition temperature 10%
• relaxation time 10%
• shear 9%
• ethylene oxide 8%
• sodium chlorides 8%
• microstructure 7%
• cleavage 6%
• polypropylene 6%
• molecular weight 6%
• surfactants 6%
• partitions 6%
• elongation 6%
• interfacial tension 5%
• neutron scattering 5%
• temperature 3%
• molecules 3%
• interactions 2%
• energy 1%

Chemical Compounds

• Poloxamer 64%
• Rod Like Crystal 61%
• Micelle 51%
• Shear Rheology 20%
• Sodium Fluoride 17%
• Oxide 10%
• Microstructure 8%
• Cloud Point 7%
• Small Angle Neutron Scattering 7%
• Inorganic Salt 7%
• Partition 6%
• Poly(ethylene) 6%
• Sodium Chloride 6%
• Phase Separation 5%
• Poly(propylene) 5%
• Propene 5%
• Time 4%
• Surfactant 4%
• Block Like Crystal 4%
• Length 3%
• Weight 3%
• Energy 3%