Electroquímica y materiales inteligentes : (máquinas moleculares multielectrónicas)
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URI: http://hdl.handle.net/10317/7372Compartir
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Tavárez Díaz, Emil JesúsDirector/a
Fernández Otero, ToribioEscuela/Centro
Escuela Técnica Superior de Ingeniería IndustrialUniversidad
Universidad Politécnica de CartagenaDepartamento
Arquitectura y Tecnología de la EdificaciónÁrea de conocimiento
Química-FísicaFecha de publicación
2018Palabras clave
ElectroquímicaElectrochemistry
Robots industriales
Industrial robots
Inteligencia artificial
Artificial intelligence
Resumen
[ENG]Those polypyrrole films were employed in this work are constituted by electrochemical molecular machines. The oxidation/reduction of the material mimics the intracellular matrix of muscle cells. The material has been synthesized on Pt by flow of a constant current through a monomeric solution. The reproducibility of the electrogeneration of the process was checked by voltammetric and gravimetric control. The influence of the electrolyte concentration on the reversible oxidation/reduction of the synthesized polypyrrole films was studied by potential sweeps, square potential waves or square current waves in various NaCl aqueous solutions. The evolution of the consumed energy by the reaction or that of any of Its components (charge and potential) vary as a function of (is a sensor of) the electrolyte concentration: the energy consumed by the reaction adapts to or senses, the chemical energy of the reaction media. A theoretical description of the attained results is presented getting ...
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