Physics & Astronomy
nerves
73%
regeneration
72%
bones
63%
propylene
57%
stiffness
56%
rats
49%
polymers
37%
femur
22%
axons
20%
cultured cells
19%
pretreatment
17%
cells
17%
mice
16%
polypropylene
16%
compatibility
16%
copolymers
15%
animals
15%
glass transition temperature
15%
thermodynamic properties
13%
melting
12%
formulations
11%
requirements
11%
mechanical properties
10%
defects
8%
temperature
4%
Engineering & Materials Science
Biodegradable polymers
100%
Polycaprolactone
98%
Bone
62%
Rats
57%
Propylene
56%
Stiffness
45%
Scaffolds
38%
Axons
23%
Copolymers
19%
Glass transition
18%
Superconducting transition temperature
17%
Melting point
17%
Polypropylenes
16%
Cells
15%
Animals
15%
Thermodynamic properties
15%
Tissue
13%
Defects
11%
Chemical analysis
10%
Mechanical properties
10%
Testing
8%
Chemical Compounds
Polymer Network
69%
Propene
53%
Poly(propylene)
18%
Glass Transition Temperature
18%
Melting Point
17%
Copolymer
14%
Porosity
12%
Surface
6%