Supercritical CO ₂ in injection molding can produce open porous polyurethane scaffolds-a parameter study

Keyphrases

• Polyurethane Scaffold 100%
• Injection Molding 100%
• Parameter Study 100%
• Porous Polyurethane 100%
• Supercritical CO2 (SC-CO2) 100%
• Open Porous 100%
• Processing Parameters 66%
• Pore Structure 66%
• Weight Reduction 66%
• Production Methods 66%
• Thermoplastic Polyurethane 66%
• Gas Content 66%
• MuCell® Technology 66%
• Injection Molding Process 33%
• Large-scale Production 33%
• Plasticizing 33%
• Porous Structure 33%
• Highly Porous 33%
• Key Computation 33%
• Microtomography 33%
• Polymer Scaffold 33%
• Potential Production 33%
• Medical Use 33%
• Injection Speed 33%
• Sampling Variation 33%
• Open Porosity 33%
• Pore Morphology 33%
• Content Reduction 33%
• Supercritical Fluid 33%
• Porous Scaffold 33%
• Mold Temperature 33%
• Microcellular Injection Molding 33%
• Batch Variation 33%
• Porous Polymer Structure 33%
• Iterative Method 33%
• Tomographic Reconstruction Algorithms 33%

Engineering

• Polyurethane Scaffold 100%
• Injection Moulding 100%
• Porosity 100%
• Processing Parameter 50%
• Production Method 50%
• Polymers 50%
• Gas Content 50%
• Production Engineering 50%
• Injection Moulding Process 25%
• Porous Structure 25%
• Injection Speed 25%
• Porous Scaffold 25%
• Produce Scaffold 25%
• Polyurethan 25%
• Mould Temperature 25%
• Mass Production 25%
• Supercritical Fluid 25%

Material Science

• Injection Molding 100%
• Polyurethane 100%
• Pore Structure 66%
• Thermoplastics 66%
• Tomography 33%
• Polymer 33%
• Polymer Structure 33%
• Supercritical Fluid 33%