Add to ORKGGeneral methods for the analysis of step-current measurements on intercalation devices are applied to an aqueous, protonic, tungsten oxide-based device. Plots of the built-in potential as a function of the passed charge, Vb,(Q),are gen-erated. Methods are demonstrated for extracting a useful indicator of the intercalation level from iXQ and for relating Vb, to the applied potential. An intercalation efficiency, , is defined, and 1(Vb,) plots are generated. With proper accounting for extraneous contributions, (Vb3 provides a measure of the effective site energy distribution and of the instantaneou
Electrochromic devices are based on the intercalation processes to the active layer mostly WO3. The ...
Electrochromic windows are described as multilayer structures whose optical properties can be change...
In the last few years, a new class of smart multifunctional photoelectrochemical devices has been at...
A broad set of phenomenological analysis tools, aimed at isolating generic characteristics of electr...
The coloration mechanisms in electrochromic systems can be probed by comparing the dynamics of the e...
Knowledge of the chemical potential of electrochromic films coloured by hydrogen is important for ma...
Electrochromic (EC) materials can adjust their optical properties, reversibly, by means of an extern...
Tungsten oxide is a widely used electrochromic material with important applications in variable-tran...
In this paper the importance of mechanical effects in electrodes during electrochemical reactions is...
This work deals with investigation of intercalation of alkaline metals in electrochromic devices by ...
The main features of cyclic voltammograms (CVs) of thin electrochromic films based on a-WO3 were inv...
The identification and characterization of the pro-cesses responsible for the electrochromic propert...
In the communication, the use of photoelectron spectroscopy in evaluating the electrochemical potent...
The main features of cyclic voltammograms (CVs) of thin electrochromic films based on a-WO3 were inv...
Optical absorption in amorphous tungsten oxide (aWO3), for photon energies below that of the bandgap...
Electrochromic devices are based on the intercalation processes to the active layer mostly WO3. The ...
Electrochromic windows are described as multilayer structures whose optical properties can be change...
In the last few years, a new class of smart multifunctional photoelectrochemical devices has been at...
A broad set of phenomenological analysis tools, aimed at isolating generic characteristics of electr...
The coloration mechanisms in electrochromic systems can be probed by comparing the dynamics of the e...
Knowledge of the chemical potential of electrochromic films coloured by hydrogen is important for ma...
Electrochromic (EC) materials can adjust their optical properties, reversibly, by means of an extern...
Tungsten oxide is a widely used electrochromic material with important applications in variable-tran...
In this paper the importance of mechanical effects in electrodes during electrochemical reactions is...
This work deals with investigation of intercalation of alkaline metals in electrochromic devices by ...
The main features of cyclic voltammograms (CVs) of thin electrochromic films based on a-WO3 were inv...
The identification and characterization of the pro-cesses responsible for the electrochromic propert...
In the communication, the use of photoelectron spectroscopy in evaluating the electrochemical potent...
The main features of cyclic voltammograms (CVs) of thin electrochromic films based on a-WO3 were inv...
Optical absorption in amorphous tungsten oxide (aWO3), for photon energies below that of the bandgap...
Electrochromic devices are based on the intercalation processes to the active layer mostly WO3. The ...
Electrochromic windows are described as multilayer structures whose optical properties can be change...
In the last few years, a new class of smart multifunctional photoelectrochemical devices has been at...