| PLA |
control uniaxial fibers
electrospun from a 16.6% w/v PLA solution
in chloroform/acetone (2:1 v/v) |
| PLA/PAni-n %, with n = 2.5, 5, 7.5, or 10 |
uniaxial fibers electrospun
from PLA/PAni mixtures with n % w/w PAni (relative to PLA) dissolved
in chloroform at a polymer concentration of 16.6% w/v. The general acronym (i.e., independently of the PAni concentration)
for these fibers is PLA/PAni |
| PLA/PEG-m/PAni with m = 0.1 or 0.3 |
uniaxial fibers electrospun
from a (1 – m)/m PLA/PEG chloroform
solution at a polymer concentration of 16.6% w/v with 5% w/w of PAni relative to PLA/PEG. The general acronym (i.e., independently
of the PEG content) for these fibers is PLA/PEG/PAni |
| PLA-m/PAni with m = 0.1 or 0.3 |
uniaxial fibers obtained
by etching the PEG of PLA/PEG-m/PAni fibers with water. No general acronym has been used for these fibers |
| PLA//PLA/PAni |
coaxial fibers in which
the shell was electrospun from an 8.3% w/v PLA solution in chloroform and acetone, whereas the core was electrospun
using a PLA/PAni mixture with 5% w/w PAni (relative to PLA) dissolved in chloroform
at a polymer concentration of 8.3% w/v |
| PLA/PEG-m//PLA/PAni with m = 0.1 or 0.3 |
coaxial fibers in which
the shell was electrospun from a (1 – m)/m PLA/PEG chloroform solution at a polymer concentration of 8.3% w/v, whereas the core was electrospun using a PLA/PAni mixture with 5% w/w of PAni (relative to PLA) dissolved in chloroform at a polymer concentration
of 8.3% w/v. The general acronym (i.e.,
independently of the PEG content) for these fibers is PLA/PEG//PLA/PAni |
| PLA-m//PLA/PAni |
coaxial fibers
obtained
by etching the PEG of PLA/PEG-m//PLA/PAni fibers with water. No general acronym has been used for these fibers |
