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SiO2 Dielectric Substrate Gold Electrodes

Published byBlanche Stevens Modified over 6 years ago

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Presentation on theme: "SiO2 Dielectric Substrate Gold Electrodes"— Presentation transcript:

1 SiO2 Dielectric Substrate Gold Electrodes
Video of AFM Nanolithography cuts across a PEDOT Nanoribbon (20 um wide by 30 nm height): Effects of nanoshaved on charge transport. NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

2 SiO2 Dielectric Substrate Gold Electrodes
Video of AFM Nanolithography cuts across a PEDOT Nanoribbon (20 um wide by 30 nm height): Effects of nanoshaved on charge transport. NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

3 SiO2 Dielectric Substrate Gold Electrodes
Video of AFM Nanolithography cuts across a PEDOT Nanoribbon (20 um wide by 30 nm height): Effects of nanoshaved on charge transport. NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

4 SiO2 Dielectric Substrate Gold Electrodes
Video of AFM Nanolithography cuts across a PEDOT Nanoribbon (20 um wide by 30 nm height): Effects of nanoshaved on charge transport. NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

5 SiO2 Dielectric Substrate Gold Electrodes
Video of AFM Nanolithography cuts across a PEDOT Nanoribbon (20 um wide by 30 nm height): Effects of nanoshaved on charge transport. NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

6 SiO2 Dielectric Substrate Gold Electrodes
Video of AFM Nanolithography cuts across a PEDOT Nanoribbon (20 um wide by 30 nm height): Effects of nanoshaved on charge transport. NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

7 SiO2 Dielectric Substrate Gold Electrodes
100 nm Nanoshaved region shows a nonlinear behavior in transport properties NANOSHAVING OF ELECTROSPUN PEDOT NANORIBBONS: EFFECTS ON ELECTRICAL TRANSPORT Omar Vega, Nicholas Pinto and Luis G. Rosa University of Puerto Rico Humacao DoD Grant # W911NF SiO2 Dielectric Substrate Gold Electrodes PEDOT Nanoribbon

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