Examples of 'polymer networks' in a sentence
Meaning of "polymer networks"
Polymer networks: Refers to interconnected structures formed by polymer chains that give materials unique properties such as flexibility, strength, and resilience. These networks are common in various industries including plastics, adhesives, and coatings
How to use "polymer networks" in a sentence
Basic
Advanced
polymer networks
Interpenetrating polymer networks and uses thereof.
The responsive polymers are generally polymer networks.
One important aspect of the polymer networks is the biocompatibility of the network.
The degree of entanglement is therefore increased leading to the formation of localized polymer networks.
Integrity of polymer networks.
The resultant polymer networks displayed thermosensitve properties and can be used in biomedical fields.
And the elasticity of polymer networks.
The theory of polymer networks was developed by him to elucidate the method of gelation.
A numerical simulation of highly entangled polymer networks is also discussed.
Preferably the polymer networks of the compositions do not contain primary amine functions.
Polyols containing more than two hydroxyl groups produce branched or crosslinked polymer networks.
A decisive disadvantage of such polymer networks is their absolute insolubility in all solvents.
The invention further relates to methods for providing said functionalized prepolymers and said polymer networks.
The glass transition temperatures of the resultant polymer networks increased compared to their corresponding macromers.
Synthesis of interpenetrating and semi-interpenetrating polymer networks.
See also
Three-dimensional polymer networks and their use.
The polymer networks are thus interwoven and / or entangled with one another.
Water-insoluble hydrophilic polymer networks were produced.
Liquid crystalline elastomers ( ICEs ) are slightly crosslinked liquid crystalline polymer networks.
Generally, hydrogels are crosslinked, hydrophilic polymer networks permeable to a wide variety of drug compounds.
A further aspect of the invention is the formation of interpenetrating polymer networks ( IPNs ).
Such polymer networks are ideally in the form of creep-resistant elastomeric polymer networks.
A method for making biodegradable polymer networks comprising,.
Until now, polymer networks of functionalized prepolymers ( macromers ) still possess a certain undesirable degree of toxicity.
This is due to the sulphur crosslinking leading to ( poly ) sulphur bridged polymer networks.
They are crosslinked, hydrophilic polymer networks with a high water content in the structure.
The invention also relates to the use of the new self-healing polymer networks.
However, until recently rigid polymer networks have not provided large surface areas.
Typical gel sealant materials can include oil swollen, cross-linked polymer networks.
The obtained polymer networks maintain their self-healing ability for more than one month.
In some variations, the hydrophilic layer is a hydrogel that includes one or more polymer networks.
Background Hydrogels are three-dimensional cross-linked polymer networks that entrap and store large amounts of water.
Biocompatible materials can include hydrogels, which are materials comprising water-swollen polymer networks.
Polymers, Polymer Networks and interpenetrated polymer networks.
The materials may be used as blends and they may form interpenetrating polymer networks ( IPNs ).
The characteristics of the obtained polymer networks are summarized in tables 3-5.
Thus, the IPSAN corresponds to a combination of the two polymer networks.
There are semi-interpenetrating polymer networks (SIPN) and pseudo-interpenetrating polymer networks.
First polymer-biopolymer combinations to be reported as interpenetrating polymer networks ( IPNs ).
Thermoresponsive gels = = = Three-dimensional polymer networks are insoluble in all solvents, they merely swell in good solvents.
The system could also be described as interpenetrated polymer networks ( IPN ).
Note, A mixture of two or more pre-formed polymer networks is not an IPN.
Thus, the resulting CA / cross-linked PB ultrathin materials are like 2D semi-interpenetrating polymer networks.
It is thus possible to give new shapes to cross-linked polymer networks N1 and N2.
The system could also be described as semi-interpenetrated polymer networks ( semi-IPN ).
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