Now showing items 1-5 of 5

    • Carbon nanotube/conducting polymer composites for electronic application: Materials preparation and devices assembling 

      Brunetti F; Tamburri E; Reale A; Di Carlo A; Lugli P; Orlanducci S; Terranova Ml; Fiori A (IEEE, 2004)
      In this work we describe the preparation of patterned Carbon Nanotubes / Conducting Polymers composite electrode. The synthetic methodology consists in an in situ electropolymerization of the monomer in the presence of ...
    • Carbon nanotubes dispersions in polymer matrix for strain sensing applications 

      Regoliosi P; Brunetti F; Reale A; Di Carlo A; Tamburri E; Orlanducci S; Terranova M; Lugli P (SPIE, 2005)
      We have performed studies on the correlation between mechanical deformations and electrical conductance on a new interesting hybrid material, a Single Wall Carbon Nanotubes (SWCNTs)/ Poly(3,4-ethylenedioxythiophene) (PEDOT) ...
    • Carbon nanotubes films for sensing applications: From piezoresistive sensor to gas sensing 

      Lucci M; Regoliosi P; Brunetti F; Reale A; Di Carlo A; Tamburri E; Fiori A; Orlanducci S; Terranova M; Lugli P (Springer, 2006)
      In this work we present the study of the sensing properties of Carbon nanotube films. We show the realization of deformation sensors based on composite CNT-polymer films realized by electrochemical deposition starting from ...
    • Conductance modulation of single-walled carbon nanotubes 

      Reale A; Regoliosi P; Tocca L; Lugli P; Orlanducci S; Terranova ML (SPIE, 2003)
      We have performed studies on the correlation between mechanical deformation and conductivity on a set of-single wall carbon nanotubes (SW-CNT), in two. different forms: (a) tablets 0.5 mm thick obtained by compacting the ...
    • Piezoresistive behaviour of single wall carbon nanotubes 

      Regoliosi P; Reale A; Di Carlo A; Orlanducci S; Terranova ML; Lugli P (IEEE, 2004)
      Correlation between mechanical deformation and conductivity behaviour of free-standing membranes of single walled carbon nanotubes (SWCNTs) has been successfully investigated. The aim of this study is proposing this kind ...