| Code |
Application Notes |
| A19I02A |
Characterization of hydroxyethyl starch |
| A18I03A |
Determination of the molar mass distribution of phenol formaldehyde resins using GPC |
| A17I36A |
GPC: A tool to determine the process property relations in polyvinyl chloride (PVC) |
| A17I22A |
GPC Application Notebook |
| A17I21A |
Monitoring single-chain nanoparticle formation and characterization of nanoparticles |
| A17I20A |
Analysis of asphalt binders |
| A17I19A |
Molar mass determination of a synthetic rubber resin |
| A17I17A |
Analysis of hyaluronic acid using EcoSEC |
| A17I16A |
Characterization of a plastic alternative via GPC: Polyhydroxybutyrate |
| A17I15A |
Analysis of polymers for therapeutics |
| A17I14A |
Photodegradable polymer degradation analysis |
| A17I11A |
Analysis of renewable based polymers |
| A17I10A |
Analysis of virgin and recycled nylon |
| A17I09A |
Analysis of gradient copolymer |
| A17I08A |
Characterization of a conducting polymer |
| A17I07A |
Analysis of hydroxycellulose in personal care products |
| A17I06A |
Analysis of polypropylene copolymer samples |
| A15I78A |
Polyphenylene sulfide (PPS) analysis |
| A15L56A |
Analysis of water-soluble polymers using linear Size Exclusion HPLC columns and a semi-micro system |
| A15L42A |
TSKgel high temperature GPC column durability |
| A15I41A |
Characterization of sugar beet pectin using EcoSEC coupled to multi-angle light scattering, quasi-elastic light scattering, and differential viscometry |
| A15I40A |
An approach to failure analysis of PC/ABS resins used in automobile parts: molar mass determination via Gel Permeation Chromatography |
| A15I39A |
Synthesis monitoring and oligomeric analysis of PEGylated polymers |
| A15I38A |
Molar mass measurements of an isocyanate modified polyurethane prepolymer in less than an hour |