In response to a small electrical voltage (typically around 1 volt), electrochromic materials will change, evoke or bleach their color. The electricity induces in the material a process of either reduction (gain of electrons) or oxidation (loss of electrons). A chemical has a characteristic range of energies over which it will interact with wavelengths in the electromagnetic spectrum, but these reduction or oxidation processes (collectively called redox reactions) alter the energy bands the chemical will absorb. In electrochromic materials, the change corresponds to the visible region of the electromagnetic spectrum
Some crystals change color or bend light in response to an electric field. A Caltech-JPL-industry co...
Electrochromism has attracted a lot of attention in the past decade due to potential applications of...
A new paradigm is established for the design of conjugated anodically coloring electrochromic molecu...
Many experimental studies of electrochromism have been reported in the scientific literature, but th...
The Electrochemical Dictionary is intended to provide authoritative definitions of terms used in ele...
An electrochromic material is one where a reversible color change takes place upon reduction (gain o...
Electrochromic materials exhibit a reversible color change that is triggered by an applied voltage. ...
Electrochromism encompasses reversible changes of material’s optical properties (color, opacity) und...
Electrochromism encompasses reversible changes of material’s optical properties (color, opacity) und...
Electrochemical reactions that produce a change of light absorption in the visible region can be use...
Numéro Spécial de : Solar Energy Materials and Solar Cells, 2018, vol. 177, p. 1-142International au...
PHOTOCHROMIC materials1,2 change colour on absorption of light, whereas electrochromic materials3,4 ...
A novel color-reinforcing electrochromic device (ECD) is described in which the anode and cathode re...
Electrochromism encompasses reversible changes of material’s optical properties (color, opacity) und...
Chromogenic materials change colour due to some stimulus. They are increasingly applied in the so-ca...
Some crystals change color or bend light in response to an electric field. A Caltech-JPL-industry co...
Electrochromism has attracted a lot of attention in the past decade due to potential applications of...
A new paradigm is established for the design of conjugated anodically coloring electrochromic molecu...
Many experimental studies of electrochromism have been reported in the scientific literature, but th...
The Electrochemical Dictionary is intended to provide authoritative definitions of terms used in ele...
An electrochromic material is one where a reversible color change takes place upon reduction (gain o...
Electrochromic materials exhibit a reversible color change that is triggered by an applied voltage. ...
Electrochromism encompasses reversible changes of material’s optical properties (color, opacity) und...
Electrochromism encompasses reversible changes of material’s optical properties (color, opacity) und...
Electrochemical reactions that produce a change of light absorption in the visible region can be use...
Numéro Spécial de : Solar Energy Materials and Solar Cells, 2018, vol. 177, p. 1-142International au...
PHOTOCHROMIC materials1,2 change colour on absorption of light, whereas electrochromic materials3,4 ...
A novel color-reinforcing electrochromic device (ECD) is described in which the anode and cathode re...
Electrochromism encompasses reversible changes of material’s optical properties (color, opacity) und...
Chromogenic materials change colour due to some stimulus. They are increasingly applied in the so-ca...
Some crystals change color or bend light in response to an electric field. A Caltech-JPL-industry co...
Electrochromism has attracted a lot of attention in the past decade due to potential applications of...
A new paradigm is established for the design of conjugated anodically coloring electrochromic molecu...