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degradation or cross - linkingcausesincrease in molecular weight distribution
Factors ... influencingdiffusion Weight of molecules
an atomic - level description for molecular motion and an understanding of the local structurecontributesto molecular self - diffusion
materialscomposedof molecules of high molecular weight
the lower amount of mobile phase in the column ... improved packingleadsto lower molecular diffusion
a single stage polymerization processdesignedto produce narrow molecular weight distribution
the local structurecontributesto molecular self - diffusion
that , in contrast to XR9576 , is connected to a smaller hydrophobic partthus leadingto molecules of lower molecular weight
Hydrogelscomposedof low molecular weight molecules
random motions of molecules(passive) is caused byTerm Molecular Diffusion Molecular diffusion
that bridgecausemolecular weight to increase
intermolecular forcescould influencemolecular diffusion in liquids
is biologically more mature phenotypeoften resultingIS6low molecular weight
the random motion of molecules in the fluid from regions of higher tracer concentration to regions with a lower one(passive) was caused byMolecular diffusion
by different plastic in different types of injection Machine plastic process(passive) caused bymolecular weight distribution
by different plastic(passive) caused bymolecular weight distribution
the [ A]. transfer of molecules from low concentration to high concentration region(passive) is caused byMolecular diffusion
Chain transfer ( cross metathesis ) between a growing polymer unit and an adjacent polymer alkenealso leadsto broadened molecular weights
It is possibleto setthe molecular weight distribution
the enzyme concentrationinfluencedthe molecular weight distribution
to linear formcausedmolecular weight increasing
collision between different component gas molecules(passive) is caused byMolecular diffusion
the polymerizationto influencethe molecular weight distribution
the random motion of molecules(passive) is caused byMolecular diffusion
by random motions of molecules(passive) is causedMolecular Diffusion Molecular diffusion
random motions of molecules(passive) is caused byMolecular diffusion
by Brownian motion(passive) caused bymolecular diffusion
by their thermal kinetic energy(passive) is caused byMolecular diffusion
the monomer molecules of UV ink ... it is easyto causemolecular diffusion
gradients ... a static magnetic fieldmay causesmolecular diffusion
polymerization modifiersto influencemolecular weights
the volume of cavity - entrained solventinfluencingmolecular diffusion
cavity - entrained solventinfluencingmolecular diffusion
by different levels of humidity(passive) caused bymolecular diffusion
different levels of humidity on either side of the membrane(passive) caused bymolecular diffusion
by different levels of humidity on either side of the membrane(passive) caused bymolecular diffusion
Histonescan leadoverestimation of the molecular weight
the variables in synthesis , and its impacts on the dry strength of paper sheets , " BioRes(passive) is influenced byMolecular weight of amphoteric polyacrylamide
by degradation which proceeds via a process of hydrolytic chain scission(passive) caused bymolecular weight
by the chain scission of the original molecules(passive) caused bymolecular weight
variation(passive) caused byvariation
from the acetylation ( 42 amu per acetylationresultedfrom the acetylation ( 42 amu per acetylation
for high speed orientationdesignedfor high speed orientation
FT - MRR spectral signatures(passive) are influenced byFT - MRR spectral signatures
a 20 %can causea 20 %
to the proximity effectcontributesto the proximity effect
a polymer and is connected with the length of the polymeric chainscomposea polymer and is connected with the length of the polymeric chains
to the dissipation of the available mechanical energy ME =contributesto the dissipation of the available mechanical energy ME =
to the dissipation of the available mechanical energy MEcontributesto the dissipation of the available mechanical energy ME
in a net flux of water molecules down - gradientcan resultin a net flux of water molecules down - gradient
catalytic performancesinfluencescatalytic performances
in a net flux of water moleculescan resultin a net flux of water molecules
in asthmamay resultin asthma
in well - defined brushesresultin well - defined brushes
from sterilizationresultingfrom sterilization
in the migration of hazardous levels of hazardous constituents outside the injection zone in some casesmay resultin the migration of hazardous levels of hazardous constituents outside the injection zone in some cases
the properties of the networksinfluencesthe properties of the networks
both processing and end product propertiesinfluencesboth processing and end product properties
some extent(passive) influenced bysome extent
in a wide range oris designedin a wide range or
in a wide rangeis designedin a wide range
the physical properties of a polyethylenealso influencesthe physical properties of a polyethylene
to outstanding uniformity in quality , and negligible sulfur contentleadsto outstanding uniformity in quality , and negligible sulfur content
error - prone and incomplete assemblycauseserror - prone and incomplete assembly
to fit specific application requirementsdesignedto fit specific application requirements
the cell surface receptor interactionsinfluencesthe cell surface receptor interactions
the rheological properties of polymer melts such as melt viscosity and die swellinfluencesthe rheological properties of polymer melts such as melt viscosity and die swell
to lower mechanical propertiesleadsto lower mechanical properties
both the molecular chain length and the number of molecule chainsinfluencesboth the molecular chain length and the number of molecule chains
the biodegradation rate of the polymerinfluencesthe biodegradation rate of the polymer
Transfer efficiency(passive) is influenced byTransfer efficiency
alsoinfluencesalso
Tg ... especially at lower molecular weights where the excess of free volume associated with chain ends is significantcan ... influenceTg ... especially at lower molecular weights where the excess of free volume associated with chain ends is significant
physical propertiesinfluencesphysical properties
to an improvement of the solubilization of polymersleadingto an improvement of the solubilization of polymers
to the headcontributedto the head
the same basic material 's natural characteristicsinfluencesthe same basic material 's natural characteristics
in elevated shear viscosity ( > 10 Paresultedin elevated shear viscosity ( > 10 Pa
in the commercial availability of ultra high molecular weighthas resultedin the commercial availability of ultra high molecular weight
side effectsmay causeside effects