A complementary electrochromic device based on Prussian blue and poly(ProDOT-Et2) with high contrast and high coloration efficiency

Electrodeposition and Characterisation of Copolymers Based on Pyrrole and 3,4-Ethylenedioxythiophene in BMIM BF4 Using a Microcell Configuration

“…These results are comparable to the UV-Vis spectra upon oxidation of PPy-co-PEDOT copolymers in acetonitrile [40]. The copolymers study was completed by SEM analysis, which highlighted the differences in morphology of the copolymers to that of the homopolymers.…”

“…6. Colouration efficiency CE ( ) is related to the performance of the electrochromic device and is defined as the ratio between the change in optical density ( OD) and the injected/ejected charge per unit area of the electrode at a specific wavelength ( max ) [40]. For max = 400 nm, the PPy-co-PEDOT (2:1) copolymer had a colouration efficiency of 101.3 C −1 cm 2 , which is a reasonable value for an electrochromic material [35,41].…”

In situ spectroelectrochemistry and colour measurement of a complementary electrochromic device based on surface-confined Prussian blue and aqueous solution-phase methyl viologen

“…(PProDOT-Et 2 ) (light blue transmissive to deep blue-violet on reduction) [14] and poly(butyl viologen) (colourless to purple on reduction) [15].…”

Solar radiation glazing factors for window panes, glass structures and electrochromic windows in buildings—Measurement and calculation

“…For various aspects and information on electrochromic materials and windows it is referred to the available literature, e.g. the studies by Alamri (2009), Azens et al (2005), Baetens et al (2010a), Bhadra et al (2009), Bouessay et al (2002), Carpenter et al (1987), Carpenter and Conell (1990), K. -C. Chen et al (2011), Z. , Fantini and Gorenstein (1987), Geniès et al (1990), Granqvist (1989Granqvist ( , 1991Granqvist ( , 1995Granqvist ( , 2000Granqvist ( , 2005Granqvist ( , 2008Granqvist ( , 2012, Granqvist et al (1997Granqvist et al ( , 2003Granqvist et al ( , 2010, Green et al (2012ab), Jelle et al (1992ab, 1993abc, 2007, Hagen (1993, 1999ab), Kalagi et al (2011), Karuppasamy and Subrahmanyam (2007), Lampert (1980Lampert ( , 1984Lampert ( , 1986Lampert ( , 1989Lampert ( , 1998Lampert ( , 2004, Lampert and Ma (1992), Lampert et al (1999), Lee and DiBartolomeo (2002), Lee et al (2006ab), Leventis and Chung (1990), Makimura et al (2006), Monk et al (1995Monk et al ( , 2001, Mortimer (1999), …”