Titlebook: Microdomains in Polymer Solutions; Paul Dubin Book 1985 Springer Science+Business Media New York 1985 Copolymer.Polyethylen.biopolymer.bio

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F. Mike?,J. Labsky,P. ?trop,J. Králí?ek process included workshops, cyclic refinements of the instrument, pretests and the framework evaluation within 30 critical infrastructure organizations. The framework was found to be particularly useful as learning and benchmarking tool capable of highlighting weaknesses, strengths, and gaps in rel

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Microdomains in Hydrophobic Polyacidstric titrations. Two recently developed methods for extracting novel information from the latter are included. One involves the resolution of appropriately chosen subunits into species differing in their states of deprotonation, which for the butyl copolymer leads to bimodal population distributions

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Hydrophobic Domains of Maleic Acid Copolymersional motion (O), when a ratio between both the correlation times τ. and τ. was about 0.07. For the compact form, the ratio was found to be about 10. By referring to theoretical diagram of T. vs. τ. for the methylene protons on the backbone, value of τ. for the compact form was compared with that fo

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(Acid-Base)-Dependent Globular Structures of Partially N-Alkylated Poly(Tertiary Amines)olymer backbones is investigated by comparing two polymers with the same degree of N-methylation but different polymer backbones, of the poly(thioether) and the poly(olefin) types, respectively. Potentiometric, viscometric and polarimetric titrations, and solubilization of progesterone, (a lipophili

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Studies of PSM in Aqueous Solution Near the Overlap Concentrationoncentration of 2 mg/ml, manifested by a sudden decrease in the translational diffusion coefficient, increase in viscosity number and decrease in slope of the osmotic compressibility, was observed. We tentatively propose that a weak secondary association process occurs at this concentration although

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Association of the Ion Pair End-Groups of Halato Telechelic Polymers in Nonpolar SolventsNature of ion pairs, polarity of the medium, and temperature significantly influence the general behavior of HTP solutions and prove its electrostatic origin. At high concentrations (> 50 g dL.), the multiplets can possibly aggregate and form periodic structures with a lamellar character, as evidenc