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> Materials > A greener wayto createinterwoven polymers
of isotactic macromolecules ( IUPAC definition).[4(passive) are composedIsotactic polymers
of isotactic macromolecules ( IUPAC definition).[5(passive) are composedIsotactic polymers
to improve the efficiency of your process water , raw water , wastewater , and potable water treatment systems(passive) are designedTramfloc polymers
Scott Phillips A Chemist At Boise State UniversityHas DesignedSelfimmolative Polymers
Nature Communications Tong and colleaguescreatedstereoblock polymers
widely usedto createdegradability in polymers
Copolymerization with α - olefinscan resultin elastomeric polymers
These agents are commonly usedto createfoamed polymers
Nature Communications Process biodegradable polyesters polymerisation process Tong and colleaguescreatedstereoblock polymers
of monomers that interact non - covalently.[5(passive) are composedSupramolecular polymers
of monomers that interact non - covalently.[33(passive) are composedSupramolecular polymers
of monomers that interact non - covalently.[26(passive) are composedSupramolecular polymers
Preferably acids or acids derivatives are usedresultingin esterified polymers
In order to obtainthe transparency of the optical film , it is preferableto setpurities of the polymers
In order to obtain the transparency of the optical film , it is preferableto setpurities of the polymers
for industrial , automotive , and electrical applications , among others , where stability and durability are required(passive) are designedThermoset polymers
hardening a mixture of epoxy and fiber optics , or aramid , which is typically used for bulletproof vests(passive) created byfiberreinforced polymers
to avoid triggering unwanted immune responses , specifically fibrotic responses , which the body uses to isolate foreign bodies(passive) are designedafibrotic polymers
forth(passive) are setThermosetting polymers
phase separation of the material 's components(passive) are often caused byDiscolourations on polymers
of hydrophilic and hydrophobic polymer links(passive) are composedAmphiphilic polymers
on Titan , crucial in the formation of life(passive) were also discoveredPolymine polymers
to withstand highly salty ( ionic ) conditions better than many acrylate homo - polymer Super Absorbents(passive) are designedSuperabsorbent Polymers
Enabling Chemistriesto CreateNanostructured Polymers
A third approach ... ceric ammonium nitrate - treated polyvinyl pyrrolidone ( PVPresultsin triblock polymers
the low - temperature impact strength of moldingsoriginatedfrom a - olef in polymers
of cross - linked molecules that have a high sodium content attracting water into the polymer system through a process called osmosis(passive) are composedSuperabsorbent polymers
Miriam Unterlass discussesCreatingGeomimetic Polymers
aqueous channels created by PEG chains and anticipated to further increase the initial burst release [ 48(passive) is caused byPEGylated polymers
The host – guest complexation between 18 and 19aresultedin supramolecular polymers
of a 3dimensional network of covalently - bonded molecular chains which are joined at numerous locations along the length of these chains by " cross - links " of primary covalent bonds(passive) are composedThermosetting polymers
by adding all the components to a reaction flask and heating under nitrogen to a temperature of approximately 135 degrees(passive) was createdacrylated polymers
a non - uniform temperature of the cake during curing of the thermoset polymer(passive) is caused bythermoset polymers
The use of polyphenolics ( compounds having more than two phenolic groups per moleculeresultedin thermoset polymers
a Japanese research teamdiscoveredquasicrystals in polymers
to increase tear film stability(passive) can be designedAmphipathic polymers
Combination of Halogen-(passive) Created bySupramolecular Polymers
an additiveto preventpolymers from photooxidation
by inducing directional stress / strain in a film(passive) can be createdBirefringence in polymers
to disrupt lipid membranes US4966953designedto disrupt lipid membranes US4966953
to Disrupt Lipid Membranes " , BiochemDesignedto Disrupt Lipid Membranes " , Biochem
to disrupt lipid membranes US5399616designedto disrupt lipid membranes US5399616
to disrupt lipid membranesWO2005003088A2 * Jun 18designedto disrupt lipid membranesWO2005003088A2 * Jun 18
to Disrupt Lipid Membranes " , 1989 , BiochemDesignedto Disrupt Lipid Membranes " , 1989 , Biochem
to disrupt lipid membranes US4944948A ( endesignedto disrupt lipid membranes US4944948A ( en
to disrupt lipid membranes US5318719A ( endesignedto disrupt lipid membranes US5318719A ( en
to disrupt lipid membranes US 5179190designedto disrupt lipid membranes US 5179190
to disrupt lipid membranes EP2499200A1 ( endesignedto disrupt lipid membranes EP2499200A1 ( en
to disrupt lipid membranesUS4944948Feb 24 , 1989Jul 31 , 1990Liposome Technology , Incdesignedto disrupt lipid membranesUS4944948Feb 24 , 1989Jul 31 , 1990Liposome Technology , Inc
of all - vinyl polymer blockscomposedof all - vinyl polymer blocks
to disrupt lipid membranesUS4950475designedto disrupt lipid membranesUS4950475
to disrupt lipid membranesCA642423Adesignedto disrupt lipid membranesCA642423A
to disrupt lipid membranesUS5318719designedto disrupt lipid membranesUS5318719
to disrupt lipid membranesUS5445655designedto disrupt lipid membranesUS5445655
to disrupt lipid membranesUS496359522designedto disrupt lipid membranesUS496359522
to disrupt lipid membranesUS5326567designedto disrupt lipid membranesUS5326567
to disrupt lipid membranesUS4944948designedto disrupt lipid membranesUS4944948
to disrupt lipid membranesUS5393620designedto disrupt lipid membranesUS5393620
a New Generation of Building Blocks ... 1996Discovera New Generation of Building Blocks ... 1996
to disrupt lipid membranesUS 4943624designedto disrupt lipid membranesUS 4943624
from soybean plants ( a renewable resource ) for superior strength and dimensional stabilitycreatedfrom soybean plants ( a renewable resource ) for superior strength and dimensional stability
to release drugs over a defined period of timedesignedto release drugs over a defined period of time
of Noncovalent Supermacrocycles in SolutionComposedof Noncovalent Supermacrocycles in Solution
from renewable soybean plantscreatedfrom renewable soybean plants
to disrupt lipid membranes EP0422543A1 ( en ) 1989 - 10 - 09 1991 - 04 - 17designedto disrupt lipid membranes EP0422543A1 ( en ) 1989 - 10 - 09 1991 - 04 - 17
from the poly - association of molecules through non - covalent interactionsresultsfrom the poly - association of molecules through non - covalent interactions
to improve rheology control of water - based drilling fluids , which offer a cost - effective solution for mud viscosificationdesignedto improve rheology control of water - based drilling fluids , which offer a cost - effective solution for mud viscosification
to disrupt lipid membranesCA1058525A1 * Aug 4 , 1975Jul 17 , 1979Eli PerryMembrane separation of phenols from aqueous streamsEP0245857A1designedto disrupt lipid membranesCA1058525A1 * Aug 4 , 1975Jul 17 , 1979Eli PerryMembrane separation of phenols from aqueous streamsEP0245857A1
to disrupt lipid membranesCA1058525A1 * Aug 4 , 1975Jul 17 , 1979Eli PerryMembrane separation of phenols from aqueous streamsEP0296098A2designedto disrupt lipid membranesCA1058525A1 * Aug 4 , 1975Jul 17 , 1979Eli PerryMembrane separation of phenols from aqueous streamsEP0296098A2
a sturdy end product like 3d printingto createa sturdy end product like 3d printing
to disrupt lipid membranesUS4963595Dec 22 , 1988Oct 16designedto disrupt lipid membranesUS4963595Dec 22 , 1988Oct 16
chronic inflammation , which might be a potential driver of intimal formation , diminishing over a long term with decreased efficacy of these systemsmight provokechronic inflammation , which might be a potential driver of intimal formation , diminishing over a long term with decreased efficacy of these systems
of mono- and bivalent ureidopyrimidinone - based monomerscomposedof mono- and bivalent ureidopyrimidinone - based monomers
to disrupt lipid membranesUS5185401 * Apr 2 , 1992Feb 9designedto disrupt lipid membranesUS5185401 * Apr 2 , 1992Feb 9
durable , strong bonds and they offer enhanced capabilities in extreme environmentscreatedurable , strong bonds and they offer enhanced capabilities in extreme environments
to disrupt lipid membranesAdvanced Patent SearchPublication numberUS4943624 APublication typeGrantApplication numberUSdesignedto disrupt lipid membranesAdvanced Patent SearchPublication numberUS4943624 APublication typeGrantApplication numberUS
for Plasma / Energetic Beam Templating of Materials , 0506988 , PIs : G. S. Oehrlein , R. J Phaneuf , D. B Graves , and C. G. Willson , A. Alizadeh ; University of Maryland , University of California Berkeley , University of Texas Austin , GE Global Research Center ( 48 ) Science and Technology of Nanoporous Metal Films , 0507023 , PIsDesignedfor Plasma / Energetic Beam Templating of Materials , 0506988 , PIs : G. S. Oehrlein , R. J Phaneuf , D. B Graves , and C. G. Willson , A. Alizadeh ; University of Maryland , University of California Berkeley , University of Texas Austin , GE Global Research Center ( 48 ) Science and Technology of Nanoporous Metal Films , 0507023 , PIs
from Soybean plants and Celceram ™ a recycled product of coal combustioncreatedfrom Soybean plants and Celceram ™ a recycled product of coal combustion
to disrupt lipid membranesAdvanced Patent SearchTry the new Google Patents , with machine - classified Google Scholar resultsdesignedto disrupt lipid membranesAdvanced Patent SearchTry the new Google Patents , with machine - classified Google Scholar results