Gill A. E. / NANOMAT INC. / Cummins / Macmillan Magazines Ltd / / /
Facility
Swiss Federal Institute of Technology / University of California / /
IndustryTerm
chemical form / satellite systems / nanocrystalline metal-oxide / conventional electrochromic systems / metal-oxide nanocrystals / electrochromic device / satellite determinations / metal oxide / biological signalling gas / metal-oxide films / electrochromic devices / thin-film molecular electronics / contrast electrochromic device / /
NaturalFeature
Sea Res / /
Organization
Institute for Computational Earth System Science / Swiss Federal Institute of Technology / University of California at Santa Barbara / Laboratory for Photonics and Interfaces / /
Person
Fitzmaurice / McGillicuddy / Steven S. Gross Nitric / David A. Siegel / Michael Grätzel / /
diffusion of the positive ions into the oxide layer is slow, taking minutes to complete. Slow charge diffusion also limits the switching speed of the second type of electrochromic device. Here the colour change arises fr