The mirage effect is the phenomenon of light-beam deviation when it passes through a tranparent liquid with non-uniform refractive index. The latter property is a function of temperature, pressure and composition. The application of the PBD technique in electrochemistry is based on the mirage effect and involves the investigation of the mechanism of ionic compensation in polymer modified electrodes and intercalation electrodes. Other types of processes studied with PBD are the electrodeposition of metals, electrochemical oscillations and photoelectrochemical reactions in photovoltaic cells.
The mirage effect: Probe-beam deflection experiments in electrochemistry / Decker, Franco; Dini, Danilo. - STAMPA. - 2(1999), pp. 109-123.
The mirage effect: Probe-beam deflection experiments in electrochemistry
DECKER, Franco;DINI, DANILO
1999
Abstract
The mirage effect is the phenomenon of light-beam deviation when it passes through a tranparent liquid with non-uniform refractive index. The latter property is a function of temperature, pressure and composition. The application of the PBD technique in electrochemistry is based on the mirage effect and involves the investigation of the mechanism of ionic compensation in polymer modified electrodes and intercalation electrodes. Other types of processes studied with PBD are the electrodeposition of metals, electrochemical oscillations and photoelectrochemical reactions in photovoltaic cells.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
