Toward a tunable fibrous scaffold: Structural development during uniaxial drawing of coextruded poly(ε-caprolactone) fibers

Engineering & Materials Science

• Scaffolds 84%
• Fibers 48%
• Specific surface area 21%
• Elastic moduli 9%
• Coextrusion 8%
• X ray scattering 8%
• Drug delivery 7%
• Synchrotrons 7%
• Tissue engineering 6%
• Washing 6%
• Surface treatment 5%
• Crystalline materials 5%
• Tapes 5%
• Multilayers 5%
• X rays 4%
• Tensile strength 4%
• Radiation 4%
• Tuning 4%
• Composite materials 3%

Chemical Compounds

• Fibrous Crystal 71%
• Fiber 45%
• Specific Surface Area 12%
• X-Ray Synchrotron Radiation 8%
• Thermomechanical Property 6%
• Wide-Angle X-Ray Scattering 5%
• Poly(ethylene) 5%
• Multilayer 4%
• Surface Modification 4%
• Tensile Strength 4%
• Dimension 4%
• Amorphous Material 3%
• Volume 3%
• Oxide 2%
• Drug 2%
• Composite Material 2%