Examples of 'polymer molecules' in a sentence
Meaning of "polymer molecules"
polymer molecules - This phrase refers to the basic units of polymers, which are large molecules composed of repeating structural units. Polymer molecules play a crucial role in various industrial and scientific applications
How to use "polymer molecules" in a sentence
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polymer molecules
A third method is to orient the polymer molecules.
Polymer molecules were described as chains of statistical chain elements.
Attaching the hyperbranched polymer molecules to the surface of a device.
Polymer molecules come in many shapes and sizes.
The reaction continues until long polymer molecules are formed.
Polymer molecules are preferably attached to antibodies by linker molecules.
A third method to induce crystallinity is to orient the polymer molecules.
The polymerization of individual polymer molecules is terminated by the chain transfer agent.
One approach has been to conjugate the fragment to polymer molecules.
Some of these polymer molecules can actually be free of carboxylic acid functionality.
The product of a polymerization is a mixture of polymer molecules of different molecular weights.
Some of these polymer molecules can actually be free of reactive group functionality.
The chromatogram makes it possible to visualise each group of polymer molecules.
The degree of functionality of the individual polymer molecules is also subject to a distribution.
These categories are descriptions of the degree of ordering of the polymer molecules.
See also
This causes the polymer molecules to adhere to the microcapsules through electrostatic interactions.
Comonomer inclusion will vary widely among the polymer molecules.
These very long polymer molecules have only extremely rare free ends.
Injection or extrusion molded bottles are formed by stretching the polymer molecules.
This chain reaction results in the polymer molecules being damaged and polar molecules being formed.
A crosslinker molecule can be used to crosslink two or more monomers or polymer molecules.
The formation of such complexes links individual polymer molecules thereby to form a network of material.
Method and compositions for specifically detecting physiologically acceptable polymer molecules.
Then diffusion and interpenetration of the polymer molecules must occur readily across the particle interfaces.
This change is generally brought about by linking reactions between polymer molecules.
No intervulcanization between different polymer molecules takes place under curing conditions using a sulfur curing system.
The low viscosities are presumably due to the highly branched structure of the polymer molecules.
In thermal crosslinking, polymerization of polymer molecules is induced by heat treatment.
The formation of gels by natural polysaccharides arises from interaction between the polymer molecules.
Glass transition temperature is the temperature above which polymer molecules begin coordinated molecular motions.
The composition distribution is a measure of the variance in comonomer content among the polymer molecules.
If desired, polymer molecules may be added to increase solution viscosity.
Orientation refers to the relative orientation of the polymer molecules within the film.
The polymer molecules of the propylene-based homopolymer of interpolymer may be coupled.
Stress crack formation in plastics is a physicochemical process which does not change the polymer molecules.
That is, polymer molecules of differing lengths are dispersed in a polymer composition in a certain range.
In special cases the polymer can also contain a minor portion of smaller polymer molecules.
Non-fibrous residues of polymer molecules may be observed on the interior surface.
Stress crack formation in polymers is a physical process which does not change the polymer molecules.
Polymer molecules embedded in between the biomolecules efficiently reduced non-specific binding.
Metallocene catalysts are known to incorporate comonomer very evenly among the polymer molecules they produce.
That is, the polymer molecules are chains of propylene units without branches of propylene units.
Reaction with the other polymer radical would generate a bond between the two polymer molecules.
Preferably, however, several polymer molecules with a smaller molecular weight will be used.
The increase in P emphasizes the increase in the size of the polymer molecules.
Alternatively, the polymer molecules may be linked with diamine and dicarboxylic groups.
Second, a cleaning under oxygen plasma to crack the polymer molecules.
Branched polymers are polymer molecules of a finite size which are branched, often having many branches.
Generally, each microsphere is composed of an active agent and polymer molecules.
When extruding a thermoplastic material, the polymer molecules tend to be oriented in the machine direction.
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