Usually measured at the slipping plane?, a decrease in this quantity causes coagulation or flocculation.
Takeuchi et al found that this quantity correlated with cationic liposome transfection efficiency, and this quantity can be measured by Laser Dopper Velocitometry or Malvern's M3-PALS technique. It can be calculated from the Modified Booth Equation, or by the Henry equation by setting the constant to 1.0, known as the Huckel approximation. This quantity appears alongside Faraday's constant and ion valency in the hyperbolic cosine term of Dukhin's number. An equation that sets this quantity multiplied by permittivity over viscosity equal to the mobility is named for Somluchowski, and a procedure that is used to find optimum amounts of surfactants is a titration named for this quantity. Usually measured at the slipping plane?, a decrease in this quantity causes coagulation or flocculation. For 10 points, name this quantity, the potential difference between the dispersion medium and a layer of fluid attached to a dispersed particle, an important measure of colloid stability.
Takeuchi et al found that this quantity correlated with cationic liposome transfection efficiency, and this quantity can be measured by Laser Dopper Velocitometry or Malvern's M3-PALS technique.
{Zeta} potential (prompt on {mobility} or {electrophoretic mobility mercifully} until mention)