Examples of 'molecular weight polymers' in a sentence
Meaning of "molecular weight polymers"
refers to polymers, which are large molecules composed of repeated subunits, whose properties and characteristics are influenced by their molecular weight. The molecular weight of a polymer determines its physical and chemical properties
How to use "molecular weight polymers" in a sentence
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molecular weight polymers
These are high molecular weight polymers.
Low molecular weight polymers from both vendors were analyzed.
Such carbomers are typically high molecular weight polymers.
High molecular weight polymers and tannins are removed.
Process for preparing low molecular weight polymers.
Low molecular weight polymers are used as lubricants.
Preferred solvents are saturated low molecular weight polymers of chlorotrifluoroethylene.
Higher molecular weight polymers have generally been used as flocculants.
Determination of molecular weight polymers.
Low molecular weight polymers are useful as processing aids in rubber compounds.
Higher levels of initiator produce lower molecular weight polymers.
Nonionic high molecular weight polymers may also be utilized.
This is particularly important with low molecular weight polymers.
These oligomers or low molecular weight polymers can be employed as thermosets.
Polymers of the present invention are high molecular weight polymers.
See also
molecular weight polyethylene
molecular weight polymer
molecular weight range
molecular weight regulator
molecular weight polymer
molecular weight range
molecular weight regulator
Oligomers and low molecular weight polymers start to form.
Heating polysilazanes results in crosslinking to form higher molecular weight polymers.
A wide range of molecular weight polymers can be processed as described herein.
Preferred embodiments would include high molecular weight polymers of acrylamide.
New high molecular weight polymers from waste raw materials.
This may make processing of high molecular weight polymers difficult.
Only low molecular weight polymers are formed with these initiators.
Another approach involves the preparation of low molecular weight polymers.
They are high molecular weight polymers that have a wide range of viscosity.
The graft copolymers are advantageously prepared as low molecular weight polymers.
Low molecular weight polymers are useful in forming dispersants for lubricant additives.
In solid organic concentrates the high molecular weight polymers are preferred.
Low molecular weight polymers are preferred for certain applications as is discussed herein.
Sustained release formulations comprising very low molecular weight polymers.
Organic high molecular weight polymers act as flocculants to achieve the same goal.
Preferred impact modifiers comprise rubbery high molecular weight polymers.
Very high molecular weight polymers may present a problem with respect to elimination.
The polymers used in this example were lower molecular weight polymers.
The higher molecular weight polymers are plagued with sprayability problems as previously discussed.
Part of deacetylated chitosan ch was degraded to obtain low molecular weight polymers chd.
Attempting to produce low molecular weight polymers by increasing the amount of initiator is problematic.
It also reacts with itself to form a trimer or higher molecular weight polymers.
Low molecular weight polymers are useful as backbones for lubricating oil dispersant additives.
Solution polymers are limited to lower molecular weight polymers at relatively low concentrations.
An indistinct melting point is a characteristic of a melt containing a range of molecular weight polymers.
One method of achieving low molecular weight polymers is by utilizing increased amounts of initiators.
Solid state polymerization is particularly useful in making high molecular weight polymers.
These shearing constraints on the high molecular weight polymers lead to macromolecular chain cleavages.
Polymers prepared according to this invention are preferably high molecular weight polymers.
The second utilizes high molecular weight polymers which do not enter the cells.
The process may be used to hydrogenate high and low molecular weight polymers.
The description of the high molecular weight polymers indicates that they are linear polymers.
Use of too small an amount of initiator would result in high molecular weight polymers.
Solvent dispersions of high molecular weight polymers have lower viscosities for easier application.
There have also been more general proposals to include higher molecular weight polymers.
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