Examples of using Polymer chains in English and their translations into Vietnamese
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They form short polymer chains.
This links polymer chains, spacing them to make the film flexible after drying.
Silicone gels have few crosslinks between the polymer chains.
We showed that the polymer chains in polyethylene plastic are actually broken by the wax worms.".
It also makes NPG crystals plastic in thesense of being malleable rather than forming polymer chains.
To prevent coagulation of polymer chains from solution, chelating additives such as dimethylglyoxime are used.
In a polymerisation reactor, monomers such as ethylene andpropylene are linked together to form long polymer chains.
They form short polymer chains called peptides or polypeptides which in turn form structures called proteins.
That rigidity helped the monomersquickly link together at room temperature into polymer chains that are heat-stable.
To prevent coagulation of polymer chains from solution, chelating additives such as dimethylglyoxime are used.
An amorphous arrangement of molecules has no long-range order orform in which the polymer chains arrange them.
Here's the mystery, then: How do we actually make these polymer chains inside the brain so we can move all the biomolecules apart?
Scientists know that hydrogen cyanide reacts with itself or other molecules andcan form long polymer chains like polyimine.
It is softer than PMMA because its long polymer chains are thinner and smoother and can more easily slide past each other.
They used pegylation, which refers to the attachment of polyethylene glycol(PEG) polymer chains to various kinds of molecules.
When polymer chains are linked together by cross-links, they lose some of their ability to move as individual polymer chains.
It inhibits cross-linkage between the linear peptidoglycan polymer chains that make up a major component of the cell wall of gram-positive bacteria.
If it is mixed with resin(to make it sticky), you get an adhesive that is extremely flexible due to the length andmobility of these polymer chains.
This a form of natural rubber heated with, mostly,sulfur forming cross-links between polymer chains(vulcanization), improving elasticity and durability.
As the material is deformed, polymer chains are locally stretched to form crystallites, and small areas of polymer are aligned in the same direction.
PMA is a soft white rubberymaterial that is softer than PMMA because its long polymer chains are thinner and smoother and can more easily slide past each other.
Another method lengthens the polymer chains so they are not as tightly cross-linked and can absorb water better or else uses special side chains(e.g., fluorine-doped side chains, which also increase gas permeability).
If we add water, what will happen is,this swellable material is going to absorb the water, the polymer chains will move apart from each other, and the entire material is going to become bigger.
In conventional 3-D printing, oxygen inhibition often causes incomplete curing and bulky surfaces during photosensitive polymerization.[2] By introducing controlled levels of oxygen,efficient initiation and propagation of continuous polymer chains will result.
Smaller molecules of plasticizer embed themselves between the polymer chains, increasing the spacing and free volume, and allowing them to move past one another even at lower temperatures.
We have to treat this specimen with a chemical to kind of loosen up all the molecules from each other, and then, when we add water,that swellable material is going to start absorbing the water, the polymer chains will move apart, but now, the biomolecules will come along for the ride.
Acid-catalyzed sols derive from the highly entangled polymer chains showing a very fine microstructure and very small pores that appear quite uniform throughout the material.
The two materials adhere poorly together but the polymer chains act as a molecular suture, stitching the two materials together by forming a network with the two preexisting polymer networks.