Materials for high-performance electrochromic windows must fulfill various requirements, e.g., high optical contrast, fast response time, and stability. The construction and characterization of a device with technologically interesting properties are described. The device uses two active polymer electrode materials with complementary electrochromic behavior and a complex between a commercial elastomer and LiClO4 as the solid electrolyte. The cell can be assembled under atmospheric conditions and exhibits good contrast between the colored and bleached forms.10160
Sol–gel hybrid organic-inorganic networks, doped with a lithium salt, have been deposited on tungste...
The basic properties of conducting polymers which can be coloured by reversible electrochemical dopi...
Abstract-The electropolymerization of ortho-toluidine and ortho-anisidine gave uniform electroactive...
A solid-state electrochromic device was assembled using a polymer electrolyte and optically transpar...
Solid-state electrochromic windows from 3,4-propylenedioxythiophene (ProDOT) derivatives using dual ...
In this work we describe the assembling of a solid-state electrochromic device using, as active mate...
In the present work, two electrochromic devices (or electrochromic windows) based on intrinsically c...
Communication: All-plastic and flexible electrochromic devices will facilitate new technological app...
High contrast solid-state electrochromic es ap es Sarad ego a Cen fonso b D versit ology 824, Solid-...
( ECD) have character ist ics of open-circuit memory, mult i-coloration, high-contrast and other adv...
Polymer electrolytes suitable for use in electrochromic window devices for architectural application...
Flexible, transparent and self-supporting electrolyte films based on poly(trimethylene carbonate)/po...
Electrochromic devices based on inorganic materials are a consolidate market reality with applicatio...
Transmissive solid-state lectrochromic devices based on the structure of WOJlithium-polymer lectroly...
Electrochromic (EC) materials and polymer electrolytes are the most imperative and active components...
Sol–gel hybrid organic-inorganic networks, doped with a lithium salt, have been deposited on tungste...
The basic properties of conducting polymers which can be coloured by reversible electrochemical dopi...
Abstract-The electropolymerization of ortho-toluidine and ortho-anisidine gave uniform electroactive...
A solid-state electrochromic device was assembled using a polymer electrolyte and optically transpar...
Solid-state electrochromic windows from 3,4-propylenedioxythiophene (ProDOT) derivatives using dual ...
In this work we describe the assembling of a solid-state electrochromic device using, as active mate...
In the present work, two electrochromic devices (or electrochromic windows) based on intrinsically c...
Communication: All-plastic and flexible electrochromic devices will facilitate new technological app...
High contrast solid-state electrochromic es ap es Sarad ego a Cen fonso b D versit ology 824, Solid-...
( ECD) have character ist ics of open-circuit memory, mult i-coloration, high-contrast and other adv...
Polymer electrolytes suitable for use in electrochromic window devices for architectural application...
Flexible, transparent and self-supporting electrolyte films based on poly(trimethylene carbonate)/po...
Electrochromic devices based on inorganic materials are a consolidate market reality with applicatio...
Transmissive solid-state lectrochromic devices based on the structure of WOJlithium-polymer lectroly...
Electrochromic (EC) materials and polymer electrolytes are the most imperative and active components...
Sol–gel hybrid organic-inorganic networks, doped with a lithium salt, have been deposited on tungste...
The basic properties of conducting polymers which can be coloured by reversible electrochemical dopi...
Abstract-The electropolymerization of ortho-toluidine and ortho-anisidine gave uniform electroactive...