Polyaniline is an electrically conductive polymer which is relatively easy to process and has simple, reversible acid/ base doping/de-doping chemistry. It is a promising candidate for the development of electronic devices, especially sensors. 1-10 Heightened interest in one-dimensional electrical conductors and the need to produce nanoscale electrical connections has caused recent research to focus on polyaniline nanofibers.11-17 the high surface areas of these fibers make them more responsive than bulk polyaniline to gases,18-20 an extremely desirable property for sensing applications
Polyaniline is a polymer with outstanding electronic conductivity and good response to molecules at ...
PANI nanofibers were synthesized via interfacial polymerization in this project. X-ray diffraction, ...
Polyaniline also known as emeraldine can be synthesised using electrochemical methods and chemical p...
Polyaniline is a conducting polymer that has been widely studied for electronic and optical applicat...
A single-step, bottom-up technique based on a nanostructured conducting polymer has been used to fab...
Conducting polymer nanostructures combine the advantages of organic conductors and low dimensional s...
A single-step, bottom-up technique has been used to fabricate sensors, based on conducting polymer n...
There has been recent interest in conducting polymers that have very promising chemical and electric...
A report on recent progress from our laboratories on the nanostructures produced from novel synthesi...
One dimensional polyaniline nanowire is an electrically conducting polymer that can be used as an ac...
Polyaniline (PANI) nanofibres were synthesized using a biocatalyst (recombinant Coprinus cinereus pe...
Polyaniline is a conductive polymer (organic metal) with multiple uses as a sensor for mineral acids...
An attempt has been made to combine interfacial polymerization with a fast mixing technique without ...
Polyaniline fiber is a promising biosensor material due to the capability of this material as an eff...
A one-step synthesis technique has been used to fabricate sensors by growing polyaniline nanofibers ...
Polyaniline is a polymer with outstanding electronic conductivity and good response to molecules at ...
PANI nanofibers were synthesized via interfacial polymerization in this project. X-ray diffraction, ...
Polyaniline also known as emeraldine can be synthesised using electrochemical methods and chemical p...
Polyaniline is a conducting polymer that has been widely studied for electronic and optical applicat...
A single-step, bottom-up technique based on a nanostructured conducting polymer has been used to fab...
Conducting polymer nanostructures combine the advantages of organic conductors and low dimensional s...
A single-step, bottom-up technique has been used to fabricate sensors, based on conducting polymer n...
There has been recent interest in conducting polymers that have very promising chemical and electric...
A report on recent progress from our laboratories on the nanostructures produced from novel synthesi...
One dimensional polyaniline nanowire is an electrically conducting polymer that can be used as an ac...
Polyaniline (PANI) nanofibres were synthesized using a biocatalyst (recombinant Coprinus cinereus pe...
Polyaniline is a conductive polymer (organic metal) with multiple uses as a sensor for mineral acids...
An attempt has been made to combine interfacial polymerization with a fast mixing technique without ...
Polyaniline fiber is a promising biosensor material due to the capability of this material as an eff...
A one-step synthesis technique has been used to fabricate sensors by growing polyaniline nanofibers ...
Polyaniline is a polymer with outstanding electronic conductivity and good response to molecules at ...
PANI nanofibers were synthesized via interfacial polymerization in this project. X-ray diffraction, ...
Polyaniline also known as emeraldine can be synthesised using electrochemical methods and chemical p...