Investigation Of Electrodeposited Polyaniline On Stainless Steel - amazonia.fiocruz.br

Investigation Of Electrodeposited Polyaniline On Stainless Steel - confirm. was

Either your web browser doesn't support Javascript or it is currently turned off. In the latter case, please turn on Javascript support in your web browser and reload this page. The plasma based synthesis of thin films is frequently used to deposit ultra-thin and pinhole-free films on a wide class of different substrates. However, the synthesis of thin films by means of low temperature plasmas is rather complex due to the great number of different species neutrals, radicals, ions that are potentially involved in the deposition process. This contribution deals with polymerization processes in a capacitively coupled discharge operated in a mixture of argon and aniline where the latter is a monomer, which is used for the production of plasma-polymerized polyaniline, a material belonging to the class of conductive polymers. This work will present a particular experimental approach that allows to partially distinguish the contribution of different species to the film growth and thus to control to a certain extent the properties of the resulting material. Investigation Of Electrodeposited Polyaniline On Stainless Steel. Investigation Of Electrodeposited Polyaniline On Stainless Steel

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Investigation Of Electrodeposited Polyaniline On Stainless Steel

Displaying 1 - 33 of Year of publication: Lecture: New approach towards the fast screening of electrocatalysts for cogeneration of chemicals and electricity. VankelecomPaolo P. Poster: Development of a fast screening methodology for electrocatalysts in a new reactor design. Lecture: Development of electrocatalysts for the reduction of nitrobenzene.

Corrosion And Surface Chemistry

PescarmonaIvo F. VankelecomAnnick HubinElisabet Ahlberg. Lecture: Development of a fast screening methodology for new electrocatalyst materials.

Investigation Of Electrodeposited Polyaniline On Stainless Steel

Poster: Towards an energy efficient production process of commodity chemicals, by means of the fuel cell concept. Poster: Reactor design for high throughput electrocatalyst screening. Article: Identification of bubble evolution mechanisms during AC electrograining.

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Publication Journal: Electrochemistry Communications. Van Beeck. Article: Bubble nucleation algorithm for the simulation of gas evolving electrodes.

Investigation Of Electrodeposited Polyaniline On Stainless Steel

Article: On the modelling of electrochemical systems with simultaneous gas evolution. Case study: The zinc deposition mechanism. Publication Journal: Electrochimica Acta.]

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