Examples of 'polyelectrolytes' in a sentence
Meaning of "polyelectrolytes"
polyelectrolytes (noun) - a type of polymer that contains ionizable groups, making them charged. They are often used in water treatment, food processing, and other industrial applications for their ability to attract and bind with oppositely charged ions.
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- plural of polyelectrolyte
How to use "polyelectrolytes" in a sentence
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polyelectrolytes
Preferred polyelectrolytes have a low degree of polymerisation.
In principle all types of polyelectrolytes may be used.
Examples are polyelectrolytes which can act as stabilizers or as flocculants.
Superabsorbent polymers for water are frequently polyelectrolytes.
These are the polyelectrolytes and the nonelectrolytes.
Polypyridinium salts are members of a class of main chain polyelectrolytes.
Low molecular weight polyelectrolytes have been employed.
Polyelectrolytes can be either synthetic or natural.
The deflocculants are commercial polyelectrolytes such as sodium polyphosphates.
Both polyelectrolytes and nanoparticles are negatively charged at high pH.
Examples of suitable polyelectrolytes are detailed below.
Polyelectrolytes represent a different kind of electrically conductive polymers.
Cationic polymers include polyelectrolytes and cationic polypeptides.
Polyelectrolytes are available from commercial manufacturers.
Modification of microfibrillated cellulose by cationic polyelectrolytes.
See also
A mixture of polyelectrolytes of the cationic type can be used.
The nature and amounts of the polyelectrolytes were varied.
The preferred polyelectrolytes have a low degree of polymerization.
Hence the preferred polymer stabilizers are anionic polyelectrolytes.
All types of polyelectrolytes are suitable according to this invention.
The following list gives examples of such polyelectrolytes.
A mixture of polyelectrolytes of the anionic type can be employed.
Such materials are also referred to as polyelectrolytes.
Amphoteric polyelectrolytes may also be employed.
Polycations and polyanions are polyelectrolytes.
Linear or branched polyelectrolytes may be used in some embodiments.
Many biological molecules are polyelectrolytes.
The two polyelectrolytes differ in their functional groups.
A nanocapsule with two or more polyelectrolytes forms a stable complex.
Such polyelectrolytes are known flocculating agents.
The complexes of the invention are polyelectrolytes having acidic groups.
Suitable polyelectrolytes are polyacids or polybases.
Polyacrylamides are among the most widely recommended soluble polyelectrolytes.
Both natural and synthetic polyelectrolytes are used in a variety of industries.
Polyelectrolytes are traditionally used for influent and wastewater clarification.
The effectiveness of these polyelectrolytes depend on the pH of the solution.
Polyelectrolytes such as polymaleates and polyacrylates are also suitable examples.
Both natural and synthetic polyelectrolytes are used in many industries.
Polyelectrolytes are known substances commercially available from a number of sources.
Successively deposited polyelectrolytes will have opposite net charges.
Polyelectrolytes are most preferably added during the agitation phase.
They comprise long galactan chains which are anionic polyelectrolytes.
Contains polyelectrolytes as sequestering agents.
Such pores may be formed automatically on use of appropriate polyelectrolytes.
Synthetic polyelectrolytes are preferably selected.
Hence the preferred polymer stabilizers are anionic or anionogene polyelectrolytes.
The effect of polyelectrolytes on lipase activity has not been described.
This may be avoided by use of steric inhibitors such as polyelectrolytes.
Amphiphilic polyelectrolytes are used as ionic amphiphilic substances in some embodiments.
Epitope peptides can also be attached to polyelectrolytes vía thioether bonds.
