Completely solid lithiated smart windows

All inorganic thin film electrochromic device using LiPON as the ion conductor

“…Moreover, the ion conducting layer should have a high optical transmittance in the considered spectral range. Table 1 covers selected works on reported results for Li þ based all thin film inorganic electrochromic devices integrating different ion conducting layers [9][10][11][12][13][14][15][16][17][18].…”

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

“…It may be argued that reflectance regulation represents the best ideal way of modulating the solar radiation transmittance in ECWs. This is due to several reasons (Goldner and Rauh 1984, Goldner et al 1985, Goldner et al 1987, Goldner et al 1988, Goldner et al 1989, Goldner et al 1990, Goldner et al 1992, Jelle 1993):…”

“…In c-WO 3 free electrons give rise to the reflectance regulation, while the absorbance in a-WO 3 is due to bound or highly localized electrons. That is, the reflectance may be changed by variation of the free carrier (electron) density, which alters the plasma wavelength  p given by the following expression (Goldner et al 1987, Goldner et al 1988, Goldner et al 1989, Goldner et al 1990, Jelle 1993:…”

Preparação e caracterização de filmes finos sol-gel para dispositivos eletrocrômicos

“…Ap6s 24 horas, a for~a foi retirada e ajanela estava pronta para 0 uso. (Goldner et al (1988)). o tempo de vida, da janela com condutor protonico sol de Ti0 2 , e urn parametro que ainda precisa ser melhorado, necessitando pois, de mais pesquisa.…”

“…Materiais semelhantes aos hidratados de 6xido de tantalo (Ta20S) (Hajimoto et al (1979)), 6xido de zirconio (zr0 2 ) (Hajimoto et al (1979)), 6xido de silicio (Si0 2 ) (Sata et al (1982)) e 6xido de titanio (Ti0 2 ) ) tem sido usados como condutores de H+, enquanto que 0 nitreto de litio (Li 3 N) (Huggins (1977)), tluoreto alumirtato de litio (LiAlF 4) (Oi e Miyauchi (1981)), niobato(lIde litio (LiNb0 3 ) (Goldner et al (1988)), titanato de litio (LiTi0 3 ) (Goldner et al (1988)) e silicato aluminato de litio (LiAlSi0 4 ) (Raistrick et al (1976) , v. 28-30, p.1715-1721, 1988.…”