High electrical and electrochemical properties in bacterial cellulose/polypyrrole membranes

​
orcId Lay, Makara​ ​ ​ ​
Lay, Makara
orcId González Tovar, Israel​ researcherId González Tovar, Israel​ scopusId González Tovar, Israel​ ​
González Tovar, Israel
orcId Tarrés Farrés, Joaquim Agustí​ researcherId Tarrés Farrés, Joaquim Agustí​ ​ ​
Tarrés Farrés, Joaquim Agustí
orcId Pellicer Johera, Neus​ researcherId Pellicer Johera, Neus​ scopusId Pellicer Johera, Neus​ ​
Pellicer Johera, Neus
​ ​ ​ ​
Bun, Kim Ngun
orcId Vilaseca Morera, Fabiola​ researcherId Vilaseca Morera, Fabiola​ scopusId Vilaseca Morera, Fabiola​ ​
Vilaseca Morera, Fabiola
Full Text
HighElectricalElectrochemical.pdf embargoed access ​
Request a copy
Request a copy
When filling the form you are requesting a copy of the article, that is deposited in the institutional repository (DUGiDocs), at the autor or main autor of the article. It will be the same author who decides to give a copy of the document to the person who requests it, if it considers it appropriate. In any case, the UdG Library doesn’t take part in this process because it is not authorized to provide restricted articles.
​
Share
​
The purpose of the current work was to produce conducting electroactive membranes from bacterial cellulose (BC) coated with polypyrrole (PPy) via in situ chemical polymerization of pyrrole at 4 °C using FeCl3 as oxidant agent. The electrical conductivity, tensile, thermal and electrochemical properties of BC-PPy membranes were investigated. The results revealed that the uniformly coating of PPy nanoparticles on the surface of BC template achieved high electrical conductivity of 3.39 S cm−1 and a specific capacitance of 191.94 F g−1 at 5 mv s−1 scan rate. The high conductivity and specific capacitance of the present BC-PPy membranes opens new potential applications for BC in various fields as biosensors, flexible electronics, or energy storage devices ​
​Tots els drets reservats
Show full item record