Combinations of microphase separation and terminal multiple hydrogen bonding in novel macromolecules

Chemical Compounds

• Melt Viscosity 72%
• Isoprene 64%
• Number Average Molar Mass 62%
• Macromolecule 47%
• Isophorone Diisocyanate 37%
• Poly(styrene) 32%
• Hydrogen 28%
• Thin Layer Chromatography 26%
• Shear 25%
• Glass Transition Temperature 23%
• Block Copolymer 22%
• Alcohol 16%
• Modification 15%
• Oxide 15%
• Weight 14%
• Time 10%

Engineering & Materials Science

• Microphase separation 100%
• Macromolecules 77%
• Hydrogen bonds 77%
• Polymers 40%
• Hydrogen 28%
• Molecular weight 17%
• Isoprene 16%
• Characterization (materials science) 13%
• Living polymerization 10%
• Anionic polymerization 9%
• Thin layer chromatography 8%
• Viscosity 8%
• Dimers 7%
• Block copolymers 7%
• Glass transition 5%
• Styrene 5%
• Alcohols 5%
• Superconducting transition temperature 5%
• Ethylene 5%
• Silica 5%
• Shear deformation 5%
• Oxides 4%

Medicine & Life Sciences

• Hydrogen Bonding 67%
• Polymers 50%
• Hydrogen 41%
• Hydroxyl Radical 22%
• isoprene 16%
• Molecular Weight 12%
• isocytosine 11%
• Viscosity 11%
• isophorone diisocyanate 10%
• Isocyanates 7%
• Ethylene Oxide 7%
• Styrene 7%
• Transition Temperature 7%
• Vitrification 6%
• Thin Layer Chromatography 6%
• Silicon Dioxide 5%
• Polymerization 5%
• Alcohols 3%