M3 is a new method of making zeta potential measurements that uses the best features of both stationary layer and fast field reversal (FFR) techniques in a capillary cell. M3 consists of both slow ...

Liposomes are vesicles in which an aqueous volume is entirely enclosed by a membrane composed of lipid molecules, usually phospholipid. They can be prepared so that they entrap materials both within ...

insights from industryDr. Daniel HagmeyerProduct Specialist for Dynamic Light ScatteringMicrotrac MRB ?This interview conducted with Dr. Daniel Hagmeyer, Product Specialist for Dynamic Light ...

The ions and solvent in the shear layer travel in the medium as a unified whole when subjected to external force (i.e., electric field force). The potential defined at the slipping plane is known as ...

Zeta potential is proportional to the charge on the surface of particles and this value can be used to measure the stability of colloidal dispersions. The larger the zeta potential, the stronger the ...

Zeta-potential measurements are a convenient way to determine the stability of colloids against aggregation. In order for colloidal particles to remain in suspension, they must repel each other, or ...

Zeta potential is a key indicator of colloid stability. The higher the magnitude of the zeta potential, the more stable the colloid. A lower-magnitude zeta potential indicates a less stable colloid; ...

M3 is a new method of making zeta potential measurements that uses the best features of both stationary layer and fast field reversal (FFR) techniques in a capillary cell. M3 consists of both slow ...