Thus, the conductor polymers become interesting for non-linear optics, but a direct connection between these two properties was not found yet.
This paper demonstrates that ion/electron mixed conductors (redox conductors) based on polymer electrolytes can be obtained by incorporating redox molecules into ion-conducting polymer phases.
This layer consists of electronic conductor and solid polymer electrolyte that is intercalated between the cathode and electrolyte.
"Heterojunction" ionic diodes based on a Nafion cation conductor and a polymer of intrinsic microporosity (PIM) interfaced at a 6 μm thickness polyethylene-terephthalate (PET) film with 20 μm diameter microhole exhibit rectification effects in cation (K+) flux.
Au, Cu, and PEDOT PSS were found to be highly reliable, withstanding 1000 stretch cycles for the metals, and 10 000 for the polymer conductor without failure.
These PI-PESs combine the advantages of pendant anion conductors on the polymer side chains with the thermochemical stabilities of the imidazolium group, showing high hydroxide conductivity, together with good physical and chemical stability under basic conditions.
Large-scale Atomic/Molecular Massively Parallel Simulator (LAMMPS) is a molecular dynamics code that simulates particles across a range of scales, from quantum to relativistic, to improve materials science with potential applications in semi-conductor, biomolecule and polymer development.
Polymer conductors on the other hand, have an elastic modulus comparable to that of the thin-film PET substrate, making them interesting for stretchable and elastic conductors.
Figure 6d shows another example of a healable, semitransparent polymer composite conductor with embedded silver nanowires.
The percolation theory is often employed to characterize the insulator-conductor transition of the polymer composites containing conductive fillers.
