Effect of Branching and Molecular Weight on Heterogeneous Catalytic Deuterium Exchange in Polyolefins

Keyphrases

• Polyolefins 100%
• Ethyl 100%
• Deuterium 100%
• Heterogeneous Catalysis 100%
• Deuterium Exchange 100%
• Branching Effect 100%
• Iso-octane 66%
• Ultra-small-angle Neutron Scattering (USANS) 66%
• Polymeric Materials 33%
• Metal Catalyst 33%
• Catalytic Hydrogenation 33%
• Catalytic Reaction 33%
• Hydrocarbon Polymers 33%
• Saturated Hydrocarbons 33%
• Anionic Polymerization 33%
• Polyethylene 33%
• Structural Properties 33%
• Polymer Chain 33%
• Butyl 33%
• Dispersibility 33%
• Molecular Weight Dependence 33%
• Methyl Groups 33%
• Deuterium Labeling 33%
• Deuteron 33%
• Isotopic Labeling 33%
• Molecular Heterogeneity 33%
• Linear Low-density Polyethylene (LLDPE) 33%
• Lower Critical Solution Temperature 33%
• Inhomogeneous Distribution 33%
• Monotonic Increase 33%
• Controlled Molecular Weight 33%
• Hydroxyl-terminated Polybutadiene 33%
• Catalyst Surface 33%
• Isotope Exchange 33%
• PtRe 33%
• Adsorption Steps 33%
• Isotope Exchange Reaction 33%
• Short Chain Branching 33%
• Partial Labels 33%
• Polyethylene Material 33%
• Branch Content 33%

Chemistry

• Molecular Mass 100%
• Polyolefin 100%
• Deuterium 100%
• Ethyl 42%
• Small-Angle Neutron Scattering 28%
• Isooctane 28%
• Critical Solution Temperature 14%
• Anionic Polymerization 14%
• Polymer Chain 14%
• Hydrogenation 14%
• Methyl Group 14%
• Metal Catalyst 14%
• Transition Metal 14%
• Alkane 14%
• Deuteron 14%
• Hydrogen 14%
• Catalyst Surface 14%
• Adsorption Step 14%