COMPARISON OF THE STRUCTURAL AND RHEOLOGICAL CONSEQUENCES OF MICELLE FORMATION IN SOLUTIONS OF A MODEL DI-BLOCK COPOLYMER by Higgins, J, Blake, S, Tomlins, P, Rossmurphy, S, Staples, E, Penfold, J, Dawkins, J

“…In the selective solvent, dodecane, the di-block copolymer polystyrene-b-(ethylene-co-propylene), with a narrow molecular-weight distribution, forms micelles with polystyrene cores. …”

Neutron reflectivity of adsorbed water-soluble block copolymers at the air/water interface: The effects of composition and molecular weight by An, S, Thomas, R, Baines, F, Billingham, N, Armes, S, Penfold, J

Neutron reflectivity of an adsorbed water-soluble block copolymer at the air/water interface: The effects of pH and ionic strength by An, S, Thomas, R, Baines, F, Billingham, N, Armes, S, Penfold, J

Neutron reflectivity of an adsorbed water-soluble block copolymer: A surface transition to micelle-like aggregates at the air/water interface by An, S, Su, T, Thomas, R, Baines, F, Billingham, N, Armes, S, Penfold, J

Binding of sodium dodecyl sulfate and hexaethylene glycol mono-n-dodecyl ether to the block copolymer L64: electromotive force, microcalorimetry, surface tension, and small angle neutron scattering investigations of mixed micelles and polymer/micellar surfactant complexes. by Couderc-Azouani, S, Sidhu, J, Thurn, T, Xu, R, Bloor, D, Penfold, J, Holzwarth, J, Wyn-Jones, E

SURFACE-ACTIVITY OF POLYACETYLENE-POLYISOPRENE SOLUTIONS by Dai, L, White, J, Kerr, J, Thomas, R, Penfold, J, Aldissi, M

“…The surface activity of polyacetylene 3:4 polyisoprebe block copolymers in toluene solution is examined by critical external reflection of slow neutrons. …”

DETERMINATION OF END-ADSORBED POLYMER DENSITY PROFILES BY NEUTRON REFLECTOMETRY by Field, J, Toprakcioglu, C, Ball, R, Stanley, H, Dai, L, Barford, W, Penfold, J, Smith, G, Hamilton, W

“…Specular neutron reflection was used to investigate the density profile of polystyrene-poly-(ethylene oxide) (PS-PEO) block copolymers adsorbed from d-toluene onto quartz. The neutron beam passed through the quartz substrate and was reflected from the quartz/d-toluene interface. …”

Neutron reflection investigation of polymer layers adsorbed at the solid-liquid interface by Field, J, Toprakcioglu, C, Ball, R, Stanley, H, Rennie, A, Penfold, J, Barford, W

“…The systems studied were: a) polystyrene (PS) adsorbed on quartz from cyclohexane (a poor solvent at 21°C) and b) polystyrene/polyethyleneoxide (PS/PEO) block copolymer of various molecular weights adsorbed on quartz from toluene (a good solvent at 21°C). …”