Примери за използване на Polymer chains на Английски и техните преводи на Български
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Polymer chains in adhesives and plastic substrates are susceptible to radiation damage.
The cavitational shear results in temporary lower interaction between the polymer chains.
When mixed, the polymer chains wove together to create a new hydrogel that is strong and elastic.
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.
We showed that the polymer chains in polyethylene plastic are actually broken by the wax worms,” says.
A noteworthy property is that the viscosity of molten sulfur, unlike most other liquids,increases with temperature due to the formation of polymer chains.
We showed that the polymer chains in polyethylene plastic are actually broken by the wax worms.".
It results in chemical reactions that create extensive cross-linking between polymer chains to produce an infusible and insoluble polymer network.
The longer the polymer chains the more entanglements between chains and therefore the higher the viscosity.
But it has remained a mystery what actions could then prompt short chemical polymer chains to develop into much longer chains that can encode useful protein information.
We showed that the polymer chains in polyethylene plastic are actually broken by the wax worms,“ said the study's first author Paolo Bombelli.
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.
The polymer chains associate by intermolecular forces, which weaken rapidly with increased temperature, yielding a viscous liquid.
In turn, these monomers were bonded into long polymer chains to make plastic in the form of millions of pellets.
These particular polymer chains, referred to as“foldamer” catalysts, can work together in pairs to grow longer and develop more informational sequences.
Here's the mystery, then: How do we actually make these polymer chains inside the brain so we can move all the biomolecules apart?
Therefore, with the passage of time, when the polymer chains of hyaluronic acid become shorter(and this inevitably occurs with the age of a person), the so-called degenerative(or otherwise dystrophic) changes begin in those tissues where hyaluronic acid plays a crucial role, such is the nature of the degenerative changes in the joint tissues, in the eyes, as well as in any other tissues of the body.
Intrinsic viscosity is dependent upon the length of its polymer chains but has no units due to being extrapolated to zero concentration.
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.
Depending on the prevailing conditions, the degradation processes of the first stage can still continue,leading to even shorter oxygen-containing polymer chains which, due to the close contact with the microorganisms, are in turn partially degraded further.
A new technology utilises microbial breakdown of the polymer chains which is activated in the presence of light, oxygen and heat and finally converts the plastic into water, carbon dioxide and biomass.
Since each of the structural unit of glutamic acid contains a plurality of hydrophilic groups,a large amount of hydrogen bonds can be formed inside or between the polymer chains, so PGA can effectively capture and retain moisture, enhance skin elasticity, and be regarded as a good natural moisturizing ingredient widely used in personal care products.
The primary particles swell with monomers,and the initiation of polymer chains continues in the aqueous phase, growing polymer radicals are trapped by the existing particles, and polymerization continues inside the particles.
The locally occurring high pressures andtemperatures break the bondings in long polymer chains as well as the weak links binding smaller particles, by which larger colloidal masses are formed.
Since carbohydrates are available in different sizes,ranging from single units to long polymer chains, it is important to break them down in their simplest form even before they are absorbed by the body.
Ultrasonic sample preparation is a common step before polymers chain reaction(PCR).
The anode is made with polymer chain materials based on graphene, which gives it a high surface area, allowing it to store more energy.
Selenium, the heavier analog of sulfur, can form rings butis more often found as a polymer chain.
Under certain conditions,the gas molecules of the polymer chain created, thus forming a unique product.
In linear polymers not every polymer chain consists of the same amount of repeating units.