Examples of 'branched polymers' in a sentence
Meaning of "branched polymers"
branched polymers: This phrase refers to a type of polymer molecule that has side chains or branches extending from its main chain. It is commonly used in chemistry and material science to describe the structure of certain polymers. Example: Branched polymers exhibit unique properties due to their branching architecture.
How to use "branched polymers" in a sentence
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branched polymers
Branched polymers are generally known in the art.
The thermoplastic resins can be linear or branched polymers.
Branched polymers in the presence of impurities.
This invention relates to branched polymers.
Accordingly branched polymers can be determined by their rheological behavior.
One population can be smaller or contain less branched polymers.
It is known that branched polymers show enhanced melt strength.
These polymers are also in the form of copolymers and branched polymers.
Long chain branched polymers and methods of making same.
The composition may also comprise branching components to obtain branched polymers.
Linear or branched polymers are contemplated.
Universal calibration is independent of the polymer type and possible branched polymers.
Branched polymers include in particular star polymers and comb polymers.
The difference between linear and branched polymers is based on their structure.
The highly branched polymers according to the invention are essentially not crosslinked.
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The functional monomer carrying a xanthate group was then used to prepare branched polymers.
The resulting branched polymers were soluble in toluene without microgel formation.
Polydienes with more than two functional groups will form branched polymers.
Branched polymers can have various structures depending on the reaction conditions used.
Compositions of the present invention contain polyethyleneimine compounds in the form of branched polymers.
The controlled high ends branched polymers significantly altered the balance of properties.
Two polyolefin radicals may combine to produce the highly branched polymers of this invention.
The highly branched polymers used in the present invention have terminal functional groups.
Useful compositions are prepared by blending highly branched polymers with polymers that are essentially linear.
Branched polymers occur when groups of units branch off from the long polymer chain.
Suitable dehydrating agents include water soluble nonionizable linear or branched polymers of high molecular weight.
These novel amphiphilic branched polymers have proved particularly suitable for the vectorization of proteins.
These types of branching agents would not produce the star branched polymers referred to herein.
These are mainly linear and branched polymers with high molecular weight and variable charge densities.
These materials are well known in the art and include both linear and branched polymers.
The present highly branched polymers generally contain a mixture of linearly and fully branched repeating units.
Many release coating patents describe the use of such long alkyl chain branched polymers.
Suitable branched polymers and amphiphilic lipids are detailed in Section I above.
PEG is used to encompass both linear and branched polymers.
Concrete examples of branched polymers which may be mentioned are,.
Both reactors utilize Ziegler type catalysts and make heterogeneously branched polymers.
As described above, branched polymers comprise free reactive groups.
In some embodiments, polymers can be linear or branched polymers.
Methods for preparing branched polymers are well-known in the art.
In some implementations, polymers can be linear or branched polymers.
Examples of branched polymers are branched polyglycerols or branched polyesters having OH-groups.
In the melt, the systems behave as branched polymers during gelation.
Linear or branched polymers containing an effective amount of the copolyamide according to claim 1.
Generally, higher molecular weight polymers and branched polymers are more resistant.
Multi-arm or branched polymers may comprise a greater number of hydroxyl groups.
The polysaccharides are preferably predominantly linear, but also branched polymers may be used.
Dendrimers are highly branched polymers and oligomers having a well-defined chemical structure.
The organic micropolymers can be a mixture of linear polymers and / or short-chain branched polymers.
Branched polymers were made according to the invention using CoBF, a catalytic chain transfer agent.
As would be understood, multi-arm or branched polymers may comprise a greater number of functional groups.
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