Industrial Polymers: Characterisation by Molecular Weight : Proceedings of a Meeting Held at the National Physical Laboratory, Teddington, May 1973John Henry Spencer Green, R. Dietz |
Contents
NPL and polymer molecular weights A Kelly | 1 |
Molecular weight effects in the use of polymethyl methacrylate | 12 |
MOLECULAR WEIGHT AVERAGES | 19 |
Copyright | |
9 other sections not shown
Common terms and phrases
analysis analytical GPC average molecular weight BENOIT branched polymer calculated calibration curve cell Cervenka chain Chem chromato chromatogram cloud point cm³ column concentration copolymer cyclohexane density detector determined Drott E. E. Drott effect elution volume equation experiment experimental films flow frequency gel permeation chromatography high molecular weight hydrodynamic volume intrinsic viscosity J. V. DAWKINS Laboratory lar weight light scattering long-chain branching low molecular weight M₂ Macromolecules Mark-Houwink material measured method molecular weight distribution monodisperse narrow molecular weight normalised obtained parameters Phys plot poly poly(dimethyl siloxane polydisperse polymer characterisation polymer molecule polymerisation polystyrene polystyrene standards preparative GPC pressure procedure PSCC pulse range refractive index refractometer Research retention volume sample Santocel sedimentation coefficient separation shown in Figure siloxane soluble solvent spin coating spinodal styrene technique temperature tion universal calibration University of Essex values viscoelastic viscometer weight fraction Zimm