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Keywords:

  • Alumina, anodic;
  • Charge transfer salts;
  • Electrodeposition;
  • Nanotubes;
  • Template-assisted synthesis
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β″-(BEDT-TTF)4[H2O·Fe(C2O4)3]· C6H5NO2nanotube arrays with uniform size and a highly ordered arrangement are fabricated via an electrocrystallization process on porous anodic aluminum oxide template. The current–voltage characteristics of nanotube arrays and single nanotubes as well as the temperature dependence of the resistance of the nanotube arrays are reported. This method is an important step toward the development of nanoscale electronic devices and chemical sensors based on these organic materials.