Sentence examples for linear polystyrene of two from inspiring English sources
Blends of these hybrid copolymers with linear polystyrene of two molecular weights are shown to exhibit dissolution, microphase separation and microphase & mesophase separation depending on the relative molecular weights of the dendrons, tails, and matrix homopolymer.
It has been found that A2s of all the samples are definitely positive at the theta temperature of linear polystyrene, 34.5 °C, and the measured values for four samples converged to zero at 27.7 °C with decreasing temperature.
The value of χ for a blend of deuterated four arm star (M=100 000 g/mol) with hydrogenous linear polystyrene (M=132 000 g/mol) of comparable molecular weight is χ=0.1278/T−0.0002 over the temperature range of 120 225°C for a segment volume of 100 cm3/mol.
Two resin materials bearing different chain lengths of sulfonated linear polystyrene brushes were prepared by surface initiated atom transfer radical polymerization (ATRP) of styrene from PS-DVB microbeads (210 420 μm) and followed sulfonation.
Dendritic linear dendritic triblock copolymers composed of linear polystyrene (PSt) and poly amidoamine) dendrons have been successfully synthesized.
Generation of sulfonated linear polystyrene brushes on poly (styrene divinylbenzene) (PS-DVB) microspheres and their ion exchange characteristics are reported, for the first time.
Vapor liquid-equilibrium (Vapor liquid-equilibriumor binary mixtures of arborescent polystyrene or linear polystyrene dissolVLE in chloroform, toluene, or cyclohexane in the range 50–70°C.
Linear Polystyrene (PS) was grafted onto the convex surfaces of multiwalled carbon nanotubes (MWCNTs).
Linear polystyrene standards were used for calibration.
HyperMacs showed little evidence for relaxation by reptation and when the molecular weight of the macromonomer was ⩽Me for polystyrene, HyperMacs resemble unentangled polymers below the gel point, despite being well above the entanglement molecular weight for linear polystyrene.
The theoretical results are verified with specially designed experiments on isocratic separation of linear polystyrenes on a column packed with non-porous particles at various solvent compositions.
