Molecular weight determination by light scattering

Debye, P. (1947) Molecular-weight determination by light scattering./. Phys. Colloid Chem. 51, 18-32. [Pg.1058]

Comparison of polyethylene molecular weights determined by light scattering in 1 chloronaphthalene and tetralin. J. Polymer Sci. 2A, 4875 (1964). [Pg.356]

Molecular Weight Determination by Light Scattering. J.Phys. and Colloid... [Pg.169]

S. Kenyon of Monsanto Company for the molecular weight determinations by light scattering and GPC. This work was supported by National Science Foundation Grant DMR 78-8451 to W. R. K. [Pg.362]

The molecular weight and intrinsic viscosity for our PAM sample was also consistent with the other Mark-Houwink relationships for PAM in water containing various levels of salt (13). Thus, the presence of salt in the water did not appear to affect the measured intrinsic viscosity or molecular weight (determined by light scattering) of PAM polymers. This observation is reasonable because, in solution, PAM behaves as an uncharged random-coil polymer. [Pg.414]

A macromolecule of unknown structure but believed to be of uniform molecular weight and unbranched has an intrinsic viscosity of 2500 ml/g in water at 25 C and the molecular weight determined by light scattering is 1.0 X 10 . What is the terminal relaxation time in this solvent ... [Pg.582]

Molecular weight determination by light scattering ASTM D 4001... [Pg.367]