Novel strategy of lactide polymerization leading to stereocomplex polylactide nanoparticles using supercritical fluid technology

Engineering & Materials Science

• Homopolymerization 100%
• Supercritical fluids 92%
• Polymerization 74%
• Nanoparticles 65%
• Monomers 63%
• Ethers 46%
• Molecular weight 30%
• Powders 21%
• Polymers 19%
• Organic solvents 18%
• Stents 17%
• Tin 15%
• Nanotechnology 15%
• Encapsulation 15%
• Crystallization 14%
• Melting point 14%
• Molding 13%
• Pyrolysis 12%
• Particle size 12%
• Thermodynamic properties 12%
• Elongation 12%
• Casting 11%
• Elastic moduli 11%
• Tensile strength 10%
• Scanning electron microscopy 10%
• Mechanical properties 8%
• Temperature 5%

Earth & Environmental Sciences

• ether 70%
• polymerization 68%
• nanoparticle 61%
• fluid 38%
• polymer 34%
• encapsulation 27%
• organic solvent 26%
• Young modulus 25%
• tin 23%
• tensile strength 22%
• mechanical property 18%
• crystallization 17%
• X-ray diffraction 17%
• melting 17%
• scanning electron microscopy 16%
• melt 16%
• particle size 15%
• degradation 14%
• temperature 8%
• parameter 7%
• effect 5%

Chemical Compounds

• Supercritical Fluid 75%
• Polymerization Reaction 39%
• Single Monomer Polymer 35%
• Nanoparticle 33%
• Dimethyl Ether 25%
• Monomer 17%
• Weight 7%
• Elongation at Break 7%
• Young's Modulus 7%
• Casting 6%
• Encapsulation 6%
• Tensile Strength 6%
• Melting Point 6%
• Enantiomer 5%
• Toxic 5%
• Organic Solvent 5%
• Crystallization 5%
• Pyrolysis 5%