Examples of 'polymers do not' in a sentence
Meaning of "polymers do not"
polymers do not are molecules made up of repeating subunits and have various properties and uses, but they do not have a certain behavior or characteristic being mentioned in a specific context
How to use "polymers do not" in a sentence
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polymers do not
These polymers do not contain isocyanate groups.
Preferably, the organic thermosetting polymers do not comprise a polysiloxane.
Such polymers do not function as melt rheology modifiers.
In certain embodiments, the polymers do not comprise elastin fibers.
These polymers do not however adhere well enough to polyolefins.
In certain embodiments, the polymers do not comprise collagen fibers.
Such polymers do not have reactive hydrogen groups or reactive hydrogen precursor groups.
Unlike metals, glasses and polymers do not crystallize on solidification.
The polymers do not to undergo any reaction which increases their affinity for hair.
Preferably, the semicrystalline polymers do not comprise any carboxylic groups.
Such polymers do not significantly interfere with the hybridization of probe to the target oligonucleotide.
Interestingly, different water-soluble polymers do not react in the same way to irradiation.
These polymers do not contain carboxylic acid units.
Its structure is amorphous, meaning that the polymers do not arrange into a crystal lattice.
Hydrophobic polymers do not substantially hydrate and do not become hydrogels.
See also
Flame retarding properties are mentioned, but the final polymers do not contain any diphosphines.
The macrocyclic polymers do not exhibit uncoupled chain ends.
In one aspect of the present disclosure, the semi-crystalline polymers do not comprise a carboxyl group.
It was noted that polymers do not allow slowing down water evaporation.
The polymers do not require the presence of crosslinking monomer to achieve their unique properties.
Other than some of the polyanhydrides, these polymers do not degrade linearly over time.
These polymers do not require any treatment to become wettable but suffer from some disadvantages.
Moreover, It must be noted that these polymers do not remove a solution of 5 % theophylline.
These polymers do not have a particular topology like plasmid DNA.
At molecular weights below about 1,000, the polymers do not generally perform well as a binder.
Higher melting polymers do not provide the ultra high shrink characteristics of the inventive film.
As a note, Olefin-based polymers do not respond to RF welding.
The polymers do not satisfy the ratio in claim 1 however.
It has been observed that polymers do not easily blend to form true solutions.
These polymers do not allow oil-in-water emulsions containing no surfactant to be stabilized.
As a result, such polymers do not need to be described in detail.
Some polymers do not exhibit the distinct strain-hardening behavior shown in Figure 1.
In certain embodiments, the polymers do not comprise block polymer polaxamer 407.
Such hydrophobic polymers do not swell or dissolve in water to any great extent.
In principle, these polymers do not have an m.p. in DSC.
However, these polymers do not contain biodegradable components, and have not been tested in water.
Fibre-reinforced polymers do not corrode like steel reinforcements.
Thus, amorphous polymers do not have a distinct melting point but rather a softening or melting range.
However, these polymers do not constitute a biodegradable embodiment.
However, these polymers do not tend to be as conductive as metals.
However, these polymers do not always give satisfactory results.
However, these polymers do not seem to be useful in calendering processing either.
However, these polymers do not contain components for enhancing membrane interaction.
Crosslinked polymers do not dissolve, although they may swell to some degree.
Consequently, these polymers do not exhibit phases with different permeability and release rates.
Non-photo-curable polymers do not have reactive pendant ( meth ) acrylate functional groups.
The branched polymers do not negatively impact the tensile properties of EXCEED ™ PE 2018.
The inventive branched polymers do not negatively impact the tensile properties of ENABLE ™ PE 2705.
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The polymers shall not contain formaldehyde
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