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Common terms and phrasesapproximation average beads becomes behaviour Brownian motion Chem coefficient concentrated solutions condition consider constitutive equation contour length fluctuation correlation function defined deformation denotes depends diffusion constant dilute solution discussed distribution function dynamic light scattering effect end-to-end vector flexible polymers fluid form birefringence free energy Gaussian chain Gennes given by eqn gives Green function Hence hydrodynamic hydrodynamic interaction integral intrinsic viscosity isotropic Langevin equation linear Macromolecules Macromolecules 17 macroscopic molecular weight nematic nonlinear obtained orientation Osaki parameter particles Phys polarizability polymer solutions polymeric liquids potential primitive chain problem properties region relaxation modulus Reproduced from ref reptation rewritten Rheol rodlike polymers rotational diffusion Rouse model Section shear flow shear rate shear stress shown in Fig Smoluchowski equation solvent stress tensor structure factor term test polymer theory time-scale topological constraints velocity gradient viscoelasticity viscosity written Zimm model References to this bookFrom other books
From Google ScholarStretching DNAJohn F Marko - 1995 - Macromolecules The Random Walk: S Guide To Anomalous Diffusion: A Fractional ...Ralf METZLER, Joseph KLAFTER - 2000 - Physics Reports Macroscopic Fibers and Ribbons of Oriented Carbon NanotubesBrigitte Vigolo, Alain Penicaud, Claude Coulon, Cedric Sauder, Rene Pailler, Catherine Journet ... - 2000 - Science Nanoscale thermal transportDavid G Cahill, Wayne K Ford, Kenneth E Goodson, Gerald D Mahan, Arun Majumdar, Humphrey J Maris ... - 2003 - Journal of Applied Physics References from web pages土井 正男 研究分野 Bibliographic information |