Abstract
The performance of an electrochromic window with a poly ( N-methyl-10,10-dimethylphenazasiline) electrochromic electrode and indium-tin oxide optically passive counter-electrode has been tested both in liquid and solid-state configurations. Preliminary results, based on transmission spectra and electrical and optical responses to repeated potential switches between transparent and dark states, suggest the viability of this device in smart window technology.
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