colloidal suspension

Microbial growth is determined by the time taken for the liquid to form a colloidal suspension.

Colloidal suspensions are an integral part of our everyday life and they also serve as an excellent model system for basic science.

Once the colloidal suspension is formed it will be agitated until nanocapsules begin to form.

Bacteria grown in liquid cultures often form colloidal suspensions.

A sol is a colloidal suspension of very small solid particles in a continuous liquid medium.

These fluids are engineered colloidal suspensions of nanoparticles in a base fluid.

A lot of times in high school and freshman chemistry courses the possibility of a colloidal suspension is not even discussed.

Laundry bluing is made of a very fine blue iron powder suspended in water (a "colloidal suspension").

The first step is the creation of a colloidal suspension of solid particles known as a "sol".

Clay particles have the potential to remain in colloidal suspension for long periods of time when it is dissolved in water.

In the equilibrium betweengel andsol, the colloidal suspension maintains its continuity and life continues.

For instance, they can be used to either stabilize colloidal suspensions, or to initiate flocculation (precipitation).

For example, the same techniques used to model ideal gases can be applied to model the behavior of a hard sphere colloidal suspension.

Although highly simplified, it provides a good description for systems ranging from liquid metals to colloidal suspensions.

Concentrated colloidal suspensions may exhibit a distinct glass transition as function of particle concentration or density.

To facilitate the filtration, the colloidal suspension must be first flocculated by adding a concentrated solution of salt to the system.

The colloidal suspension is stabilized by pH adjustment and then concentrated, usually by evaporation.

Colloidal solutions (also called colloidal suspensions) are the subject of interface and colloid science.

She is best known for her artwork using ferrofluid, a dark colloidal suspension of magnetic nano-particles dispersed in solution.

A well dispersed colloidal suspension consists of individual, separated particles and is stabilized by repulsive inter-particle forces.

It may also be applied to other situations where a continuous medium has smoothly-varying density, such as in the case of an inhomogeneous colloidal suspension.

Shear thickening behavior occurs when a colloidal suspension transitions from a stable state to a state of flocculation.

It has been widely used in the past to study colloidal suspensions, emulsions, foams, gels, biological media and other forms of soft matter.

The organic phase is slowly injected in the aqueous phase which then is agitated to form the colloidal suspension.

However, colloidal suspensions of higher-volume fraction form colloidal gels with viscoelastic properties.