Confocal laser scanning microscope (CLSM) has great advantage over a conventional
microscope because it rejects the light that does not come from the focal plane, enabling …

Computer simulations of colloidal suspensions are prohibited by slow equilibration as very
different length and time scales are involved for the various species. This is the reason that …

Light and neutron scattering measurements on highly charged polyelectrolyte solutions
have recently provided firm evidence for the existence of “domain structures” containing …

The influence of the particle surface charge density on the solid-liquid phase transition in
electrostatically stabilized colloidal silica and polymer latex dispersions is examined. Both …

Poly (chlorostyrene-styrene sulfonate) particles are synthesized to determine structural
ordering by the ultrasmall-angle x-ray scattering technique. We report amorphous clustering …

Order− disorder transitions in dilute aqueous dispersions of ionic colloids were studied
experimentally in colloidal silica and polymer latex systems. A three-dimensional phase …

In solutions or dispersions, solute distributions are considered to be more or less
homogeneous and space-filling, particularly for concentrated ones. This is not …

As colloidal dispersions of charged particles exhibit a wide variety of commercial,
technological and scientific applications, a considerable theoretical effort has been devoted …

Among the various soft matter systems, charge stabilized colloidal dispersions have gained
recognition as tremendously useful model condensed matter systems because of their …

Monte Carlo simulations have been carried out for aqueous charged colloidal suspensions
interacting via an effective pair potential U s (r), which has the long-range attractive term in …