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Small Angle Neutron Scattering Investigation Of Rodlike Micelles Aligned By Shear Flow

J. Penfold, E. Staples, P. G. Cummins
Published 1991 · Chemistry

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Abstract The application of small angle neutron scattering (SANS) to the study of anisotropically shaped micelles, aligned by shear flow, is discussed. A typical shear flow apparatus and the theoretical basis of the data analysis are briefly presented. Some studies on dilute rodlike micelles are used to illustrate the analysis procedure, and to introduce complications due to hindered rotation, flexibility, polydispersity, turbulence and shear induced structures. Particular attention has been focused on the role of hindered rotation. More recent experimental results on the evolution of micelle size with temperature for nonionic surfactants, and the nature of mixed nonionic-cationic micelles, will be discussed in more detail. Recent experiments on viscoelastic and interacting micellar phases will be briefly described.
This paper references
The geometry of micelles of the poly(oxyethylene) nonionic surfactants C16E6 and C16E8 in the presence of electrolyte
P. G. Cummins (1989)
Small-angle neutron-scattering study of critical phenomena in aqueous solutions of C12E8, an nonionic amphiphile
L. Magid (1984)
Flow Birefringence in Solutions of n-Hexadecyltrimethylammonium Bromide1,2
H. Scheraga (1951)
Flow Birefringence in Solutions of Macromolecules.
R. Cerf (1952)
Observation of the Coupling of Concentration Fluctuations to Steady-State Shear Flow
N. Clark (1980)
Flow effects on micellar size distribution
Shi‐Qing Wang (1990)
Flow birefringence and rheological measurements on shear induced micellar structures
I. Wunderlich (1987)
Use of viscous shear alignment to study anisotropic micellar structure by small-angle neutron scattering
J. Hayter (1984)
Influence of a velocity gradient on small angle neutron scattering of a sheared solution with rodlike micelles
H. Thurn (1984)
Transient SANS studies of rodlike micelles on a time scale of 100 ms
J. Kalus (1988)
Orientational relaxation of aligned rod-like micelles on a time scale of 300 ms
L. Herbst (1986)
A small-angle neutron scattering investigation of shear-aligned hexaethyleneglycolmonohexadecylether (C16E6) micelles as a function of temperature
P. Cummins (1987)
Neutron scattering of mixed micelles under shear
E. Staples (1988)
A Couette shear flow cell for small-angle neutron scattering studies
P. G. Cummins (1990)
Nearest neighbor order in an aligned solution of interacting rod‐like micelles
J. Kalus (1987)
Correlations in micellar solutions under shear: a small-angle neutron scattering study of the chain surfactant N-hexadecyloctyldimethylammonium bromide
J. Kalus (1989)
Cloud point transition in nonionic micellar solutions
M. Corti (1984)
A small-angle neutron scattering investigation of rod-like micelles aligned by shear flow
P. G. Cummins (1987)
Diffusion and orientability of rigid-rodlike molecules in solution
J. A. O'Dell (1985)

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