Due to its nature, dry water is classified as an adsorbent material.

This phenomenon is brought about by the gas and adsorbent molecules' interaction.

The wheel continues to rotate and the adsorbent process is repeated.

However, it is the main adsorbent material for diapers.

The technique involves passing large volumes of blood over an adsorbent substance.

The process then swings to a vacuum to regenerate the adsorbent material.

Using two adsorbent vessels allows near-continuous production of the target gas.

The faulty decontaminating devices were fixed by using a different adsorbent material.

It is a removal process where certain particles are bound to an adsorbent particle surface by either chemical or physical attraction.

A dry and degassed adsorbent sample of known weight was enclosed in the adsorption cell.

Adsorbent powders such as fullers earth or talcum powder can also be used.

The adsorbent substance most commonly used in hemoperfusion are resins and activated carbon.

Hydrogen densities similar to liquefied hydrogen can be achieved with appropriate adsorbent materials.

The trap is a column of adsorbent material at ambient temperature that holds the compounds by returning them to the liquid phase.

The only adsorbent types of finings in use are activated carbon and specialized fining yeasts.

The adsorbent acts as a "chemical compressor" driven by heat and is, from this point of view, the "pump" of the system.

Chemical mixtures can be converted into gases or liquids that are forced through very thin tubes containing adsorbent packing material.

The adsorbent layer will thus fluoresce light green by itself, but spots of analyte quench this fluorescence.

The gas adsorption and adsorbent regeneration processes may therefore be regulated by varying of the pressure and temperature parameters.

In gravimetric method, the weight change of the adsorbent sample in the gravity field due to adsorption from the gas phase is recorded.

The scientists also conducted chemical analyses, using chromatographic techniques that separate components of dissolved samples as they pass through tubes packed with adsorbent material.

It was found out that part of the contaminated water passed through only one of the system's three adsorbent chambers because of the faulty valve setting.

These samples are taken from around the origin and include materials that are highly adsorbent or absorbent, have a high surface area and are porous.

The disadvantage of volumetric measurements is the considerable amount of adsorbent sample needed to overcome adsorption effects on the walls of the vessels.

This layer of adsorbent is known as the stationary phase.

The stationary phase is a solid adsorbent such as alumina.

A considerable excess of the adsorbent would seem advisable.

The process of the adsorbate binding to the adsorbent is called adsorption.

The adsorbent can then be regenerated, leaving a highly pure nitrogen stream.

This process creates a film of the adsorbate on the surface of the adsorbent.

For example, it is handled an adsorbent.

Adsorption process using activated carbon or molecular sieves as the adsorbent.

Some types of filter are fitted with a carbon core to act as a deodorizing adsorbent.

Due to its low weight and the correspondent susceptibility to wind forces, the adsorbent is used for a variety of applications in indoor areas.

It is a gastrointestinal adsorbent, believed to attract and hold microbes that may be causing the diarrhea.

Chemisorption results in the sharing of electrons between the adsorbate and the adsorbent.

K and n are constants for a given adsorbate and adsorbent at a particular temperature.

Due to its high surface area charcoal can be used as a filter, as a catalyst or as an adsorbent.

Rate of adsorption - The thicker oils adhere to the surface of the adsorbent more effectively.

The adsorbed material is called the adsorbate, while the surface is called the adsorbent.

Initially, heated diatomite (diatomaceous earth) was used as an adsorbent.

An eluotropic series is listing of various compounds in order of eluting power for a given adsorbent.

The nature of the layer of adsorbate formed depends on the interactions between the adsorbed material and the adsorbent.

Originally, kaolinite was used as the adsorbent and pectin as the emollient.

In terms of catalyst support, the catalyst is the adsorbate and the support is the adsorbent.

From here, adsorbate molecules would either adsorb to the adsorbent or desorb into the gaseous phase.

This means nitrogen is able to diffuse through the adsorbent, filling adsorption sites, whilst methane is not.

In physiorption, perturbation of the electronic states of adsorbent and adsorbate is minimal.