Effects of poly(L-lactide-e-caprolactone) and magnesium hydroxide additives on physico-mechanical properties and degradation of poly(L-lactic acid)

Medicine & Life Sciences

• Magnesium Hydroxide 100%
• caprolactone 92%
• poly(lactide) 68%
• Polyesters 20%
• Hot Temperature 19%
• Transition Temperature 11%
• Vitrification 11%
• Behavior Control 10%
• Polymers 7%
• Molecular Weight 6%
• Weight Loss 6%
• Equipment and Supplies 4%

Engineering & Materials Science

• Lactic acid 78%
• Magnesium 60%
• Degradation 39%
• Mechanical properties 37%
• Polyesters 20%
• Glass transition 10%
• Molecular weight 10%
• Brittleness 10%
• Superconducting transition temperature 10%
• Strength of materials 9%
• Byproducts 9%
• Pyrolysis 9%
• Thermodynamic properties 8%
• Elongation 8%
• Polymers 6%

Chemical Compounds

• Magnesium Hydroxide 74%
• Additive 38%
• Acid 19%
• Polyester 16%
• Brittleness 12%
• Byproduct 9%
• Degradation Product 9%
• Glass Transition Temperature 8%
• Pyrolysis 6%
• Strength 6%
• Weight 5%
• Reduction 4%