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the cationic polymer and the cross - linking agentcausescross - linking of the cationic polymers
the coating layer ... a cross - linking agentcausescross - linking of the anionic polymers
a rare earth element - based oxide , a phosphoric acid or phosphate , an anionic polymer , and a cross - linking agentcausescross - linking of the anionic polymers
using a cross - linking agent during the production process to permanently bind polymer chains together(passive) are createdCross - linked polymers
Investigation Studentscreatecross - linked polymers
when the long chained polymers are linked together by cross - links(passive) are createdCross - linked polymers
Ion exchangers ... resinsare composedof polymers with cross - linking
A number of mechanisms can be usedto createcross linked polymers
which react with oxygento createcross - linked polymers
a chemistry experimentcreatingcross - linked polymers
small amount of impurities in bifunctional monomer formulation(passive) caused bycross - linked polymers
ultraviolet rayscausepolymers to cross - link
polymers function by chemical meansto preventcross - linking of the polymers
oxidationtriggerscross - linking of the polymers
when inventors were searching to find a way to stabilize rubber in the mid 1800 's(passive) was discoveredCross linking polymers
the chemical reactionsresultin the cross linking of polymers
Especially polyunsaturated impurities ( such as the trimer or dimer of cyclopentadiene ) are adversecausecross - linking in polymers
transpeptidase activitythus preventingcross linking of the polymers
Treatment of the above - mentioned materials with radiationleadsto cross - linking of polymers
The present invention ... in whichcausecross - linking of polymers
when the pH value increased as the acid reacted with the formationresultingin cross - linking of the polymers
The tube was then irradiated by an electron beam to 3 megaradsto causecross - linking of the polymers therein
an amount of ionizing radiation generally suitableto causecross - linking in polymers
a favorable environment to sustain drug dissolution and also assist in slowing down drug reprecipitation [ 21createa favorable environment to sustain drug dissolution and also assist in slowing down drug reprecipitation [ 21
to stronger solid electrolytes , i.e. resilient thin layers of electrolytecan leadto stronger solid electrolytes , i.e. resilient thin layers of electrolyte
to form a solid but flexible structure in fractured formationssetto form a solid but flexible structure in fractured formations
to a combination of liquid ( viscosity ) and solid - state features ( shape stability , no dissolutionleadsto a combination of liquid ( viscosity ) and solid - state features ( shape stability , no dissolution
a very stable networkcreatinga very stable network
when R1 is tri or tetravalent and R2 and R3 are substituted with noncross - linking groups , or bonded intramolecularlyresultwhen R1 is tri or tetravalent and R2 and R3 are substituted with noncross - linking groups , or bonded intramolecularly
when Ri is tri or tetravalent and R2 and R3 are substituted with noncross- linking groups , or bonded intramolecularlyresultwhen Ri is tri or tetravalent and R2 and R3 are substituted with noncross- linking groups , or bonded intramolecularly
and that they exhibited viscoelastic solidshad been createdand that they exhibited viscoelastic solids
the overall structure of the protective clothingcomposethe overall structure of the protective clothing
to formation of a high quality polymer used to make the cable insulationleadto formation of a high quality polymer used to make the cable insulation
a strong , tough surface over timecreatea strong , tough surface over time
to exhibit high affinity and selectivity either toward a single compound or a family of related compoundsdesignedto exhibit high affinity and selectivity either toward a single compound or a family of related compounds
to improved thermomechanical properties and chemical resistanceleadsto improved thermomechanical properties and chemical resistance
the vinylidene fluoride polymers from crystallization at the heat treatmentcan preventthe vinylidene fluoride polymers from crystallization at the heat treatment
mainly of watercomposedmainly of water
to absorb many times their weight of waterdesignedto absorb many times their weight of water
in selective binding of rDSPAresultsin selective binding of rDSPA
to tighter binding ... thereby making it more difficult for water to penetrate the disposable materialleadsto tighter binding ... thereby making it more difficult for water to penetrate the disposable material
nodescreatesnodes
wider , typical behavior of an important anisotropy of chemical shielding effect(passive) caused bywider , typical behavior of an important anisotropy of chemical shielding effect
in a particle shape of broken spheres and sphere sections and having a median particle size diameter ranging from about 0.5 micron to about 3,000 micronsresultingin a particle shape of broken spheres and sphere sections and having a median particle size diameter ranging from about 0.5 micron to about 3,000 microns
a strong networkto createa strong network
from the reaction of dimethylamine , a polyfunctional amine , and epichlorohydrinresultingfrom the reaction of dimethylamine , a polyfunctional amine , and epichlorohydrin
to a very firm consistencysetto a very firm consistency
Hydrogel scaffolds(passive) are created byHydrogel scaffolds
in a very strong adhesive compositionmay resultin a very strong adhesive composition
of macromolecules containing building blockscomposedof macromolecules containing building blocks
of macromolecules comprising constitutional unitscomposedof macromolecules comprising constitutional units
of HABI - incorporating network strandscomposedof HABI - incorporating network strands
a more rigid stable structure for oil - in - water emulsificationto createa more rigid stable structure for oil - in - water emulsification
to eliminate the risk of the product re - melting during applicationsdesignedto eliminate the risk of the product re - melting during applications
to cracking and degradation during fitting and/or deploymentleadingto cracking and degradation during fitting and/or deployment