Showing papers by "Yasunori Taga published in 1985"
TL;DR: In this article, the authors measured the yield and energy distribution of positive secondary ion emitted from Si under N + 2 ion bombardment and found that the most probable energy of the distribution increased with the primary ion energy.
6 citations
Patent•
16 Aug 1985
TL;DR: In this paper, the authors proposed to maintain a water amount necessary to operate the EC to almost a constant value without affecting a direct effect of an atmosphere surrounding the element by coating the surface of the whole solid-state EC element with a plasma-polymerized film.
Abstract: PURPOSE: To maintain a water amount necessary to operating the EC to almost a constant value without affecting a direct effect of an atmosphere surrounding the element by coating the surface of the whole solid-state EC element with a plasma- polymerized film CONSTITUTION: The titled element is the whole solid-state electrochromic element having a laminated part obtd by laminating the transparent electroconductive film, the 1st film, the solid electrolyte film, the 2nd film and the electroconductive film in order, and constituted of the substance generating the electrochromism reaction which colors any one of the 1st film or the 2nd film with the oxidation and colors an another film with the reduction The whole solid-state EC element is coated the laminated part 4 and the substrate 41 with the plasma-polymerized film 5 of an org compd The org compd of forming the plasma-polymerized film preferably comprises a methane, an acetylene, a furan, an acrylic acid and a tetrafluoroethylene The prescribed film contg many of a crosslinked structure and having a very small space free volume and a water permeability suitable to use for the whole solid-state EC element is obtd by plasma-polymerizing the prescribed org compds The thickness of the plasma-polymerized film is preferably 10W10,000μm considering the water permeability thereof COPYRIGHT: (C)1987,JPO&Japio
4 citations
TL;DR: In this article, a detailed investigation of (indium tin oxide (ITO))/TiO 2 multilayer films for automobile windshields, window panes etc. was performed, measured optical spectra in the wavelength range 0.4-1.5 μm were in good agreement with the results of computer simulation; the refractive indices and the absorption coefficients used in the simulation were estimated from the measured spectra of ITO and TiO 2 monolayer films.
3 citations
1 citations