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고분자 및 나노입자의 몰 질량, 크기, 전하/제타전위, 상호작용, 형태 및 접합체 분석

합성 고분자 (Synthetic Polymers) 인성크로마텍
Date : 2019.11.26
분류 : 합성고분자
Synthetic Polymers The drive to develop synthetic rubber during World War II spurred the first research efforts into theory and practice of light scattering forcharacterization of macromolecules in solution. Since then light scattering technology has evolved into the sophisticated, robust instrumentsdeveloped – and continually refined - by Wyatt Technology. Absolute analysis of synthetic polymers to determine molecular weight, size, branchingand conformation remains one of the primary applications of multi-angle light scattering. Sample and reference polymers with the same hydrodynamic volume elute from a GPC column at the same time, but do not have the same molecular weights. SEC-MALS determines polymer molar mass independently of elution time. # 1. Absolute Molar Mass & Size # 2. Branching & Conformation # 3. Co-polymer Analysis # 4. Zimm Plots # 5. dn/dc Measurement # 6. Viscometry & Mark-Houwink Analysis # 7. Plymerization Kinetics

합성 고분자 (Synthetic Polymers)

인성크로마텍

Date : 2019.11.26

분류 : 합성고분자

Synthetic Polymers

The drive to develop synthetic rubber during World War II spurred the first research efforts into theory and practice of light

scattering forcharacterization of macromolecules in solution. Since then light scattering technology has evolved into the

sophisticated, robust instrumentsdeveloped – and continually refined - by Wyatt Technology.

Absolute analysis of synthetic polymers to determine molecular weight, size, branchingand conformation remains one of the

primary applications of multi-angle light scattering.

Molar Mass v. Time