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Use of modified polymers is practically boundless.
The linear viscoelastic response of the modified polymers is thermo-rheologically complex.
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Chemical structure of modified polymers was characterized by angle resolved X-ray photoelectron spectroscopy.
The resulting modified polymers are soluble in polar aprotic solvent DMF and DMSO, but insoluble in solvent chloroform and methylene chloride.
The buffer capacity and siRNA binding ability of CRC motifs modified polymers were significantly improved, resulting from the twin disulfides and hexatomic ring formulation.
The crosslinking of modified polymers was studied by measuring gel content melt flow rate and rheological properties like melt strength and drawability.
All modified polymers were amorphous and showed lower glass transition temperatures and thermal stability than the corresponding unmodified ones.
The presence of bulky 9-anthracene carboxylate groups in polymer side chain leads to different applications in the polymer industry and also a series of novel modified polymers are obtained.
The enhanced adhesion between metal and modified polymers was explained by the formation of electron acceptor groups in polymer and electron donors in metal.
The thermal stability and glass transition temperatures of the modified polymers were measured and compared with those of the raw polymeric support.
The modified polymers were more thermally stable than the parent counterparts, being stable up to 350 404°C and affording char yields of 59 70% at 800°C in N2.
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