Kinetics of colloidal deposition studied by a wall-jet cell

Colloidal Particles at Water-Glass Interface: Analyzing Videomicroscopic Data

“…[5] and of O(t) with Eq. [4]. Note that even the "hump" in O(t) is well reproduced by the stretched exponential…”

“…To check the success of the determination of P() we calculate the outflux O(t) according to Eq. [4] and compare the result with the corrected experimental estimate. Finally we use Eq.…”

“…[4], is a special case and will be discussed later. A trivial effect of the finite ⌬t is the preaveraging of J(t) and O(t).…”

“…This is considerably smaller than the depth resolution of the microscope. Therefore, in order to discriminate the adsorbed particles from those in bulk solution, we employ the evanescent field technique (4,(11)(12)(13)(14). The evanescent field arises under the condition of total reflection at the boundary of two media of different refractive indexes, e.g., glass and water.…”

Light scattering near and from interfaces using evanescent wave and ellipsometric light scattering

“…Combining a jet directed towards a wall (wall jet technique) with EWSLS detection, Albery et al studied the deposition kinetics of colloidal graphite particles onto an indium tin oxide electrode [36]. A microscope slide was used as a waveguide, where EWs are formed at the boundaries.…”