A. N. Aleshin

Coulomb-blockade transport in quasi-one-dimensional polymer nanofibers

We report the low temperature current-voltage (I-V) characteristics studies in quasi-one-dimensional conducting polymer nanofibers. We find a threshold voltage

Helical polyacetylene heavily doped with iodine: Magnetotransport

{V}_{t}

The effects of pressure and magnetic field on the charge transport of heavily FeCl4− doped polyacetylene

below which little current flows at temperatures below

The influence of low-energy excitations on the metallic conductivity of perchlorate doped polyacetylene

30\char21{}40\phantom{\rule{0.3em}{0ex}}\mathrm{K}

Low-temperature saturation of dephasing in heavily doped conjugated polymers

. For

One-dimensional transport in polymer nanowires

Vg{V}_{t}

Non-Ohmic conduction in polydiacetylene thin films☆

current scales as

Hopping conduction in polydiacetylene single crystals

{(V∕{V}_{t}\ensuremath{-}1)}^{\ensuremath{\zeta}}

Evidence of magnetoresistance for nanojunction-controlled transport in heavily doped polyacetylene

where

Low-temperature saturation of dephasing in heavily doped polyacetylene

\ensuremath{\zeta}\ensuremath{\sim}1.8\char21{}2.1