Examples of 'ion-exchange resins' in a sentence
Meaning of "ion-exchange resins"
materials that contain loosely bound ions which can be exchanged with other ions in a solution
How to use "ion-exchange resins" in a sentence
Basic
Advanced
ion-exchange resins
Basic ion-exchange resins are most preferred.
Chromatographic separations using ion-exchange resins.
Preferred ion-exchange resins are recyclable and regenerable.
A method for processing spent ion-exchange resins.
Most typical ion-exchange resins are based on cross linked polystyrene.
Water softening is usually achieved using ion-exchange resins.
Immobilization of ion-exchange resins in cement.
Other methods propose the utilization of ion-exchange resins.
Rectification by means of ion-exchange resins and synthetic polymers.
For industrial purposes, it can be immobilized on macroporous ion-exchange resins.
The magnetic ion-exchange resins may preferably be used in this process.
The purification may be continued using ion-exchange resins.
Ion-exchange resins are synthetic organic polymers having ion-exchange properties.
The filtrate obtained was purified by ion-exchange resins or adsorption resin.
Ion-exchange resins are standard well-known commodities available in a wide variety of types.
See also
The acceptability of wines treated with certain ion-exchange resins.
Ion-exchange resins are categorized according to functionality as either strong or weak acids or bases.
This is made possible by multiplying the number of ion-exchange resins.
Particularly useful ion-exchange resins are the strong acid, cation exchange resins.
This can only be done inexpensively by using modern chemical ion-exchange resins.
A series of ion-exchange resins are used in this example to separate fructose from glucose.
Bile acid sequestrants are polymeric compounds that serve as ion-exchange resins.
The additive may contain residues of ion-exchange resins used in the manufacturing process.
Oxidations of the sulfides are also catalyzed by strongly acidic ion-exchange resins.
The ion-exchange resins are resins capable of binding the metal cations of the catalyst.
The spherical materials obtained can in particular be used as ion-exchange resins.
Ion-exchange resins having optimum forms may be selected depending on the quality of the solution.
Water softening is usually achieved using lime softening or ion-exchange resins.
Cationic ion-exchange resins are used for example in oil refining as etherification and dimerization catalysts.
Lastly, tho elimination of ammonia by means of ion-exchange resins has been studied.
Ion-exchange resins have an extended, open molecular framework that includes electrically charged ionic groups.
One application is the use of the materials of this invention as ion-exchange resins.
When not regularly sanitized or regenerated, ion-exchange resins can contaminate drinking water with bacteria.
The spectral results are consistent with the concentrated electrolyte model of ion-exchange resins.
Ion-exchange resins are based on special organic polymer membranes which contain a specific ion-exchange substance resin.
Chlorine is untreated and can damage the ion-exchange resins in these systems.
For that purpose, the condensate is passed through a demineralization unit operating typically on ion-exchange resins.
Other new materials and products such as ion-exchange resins are also covered.
Commercial pitcher systems use disposable cartridges that contain a combination of activated carbon and ion-exchange resins.
List of ion-exchange resins permitted in the USA for wine treatment.
Ion-exchange membranes resemble highly swollen ion-exchange resins in a sheet format.
Regeneration of ion-exchange resins The cation exchanger is rejected after use.
Therefore, an excessively large opening size in comparison with ion-exchange resins is undesirable.
Ion-exchange resins chemical preparation.
Preferably, the carrier material is selected from hydrophobic materials and ion-exchange resins.
Regeneration of ion-exchange resins.
This elution is a conventional and standard stage for processes for treatment on ion-exchange resins.
Ion-exchange resins of the acidic or basic types ; and.
The degree of crosslinking and the structure of these ion-exchange resins can vary.
Third, ion-exchange resins are inexpensive and easy to use.
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