The invention is a multi-color luminescent display comprising an insulator substrate and a single layer of host material which may be a phosphor deposited thereon that hosts one or more differential impurities, therein forming a pattern of selected and distinctly colored phosphors such as blue, green, and red phosphors in a single layer of host material. Transparent electrical conductor means may be provided for subjecting selected portions of the pattern of colored phosphors to an electric field thereby forming a multi-color, single layer electroluminescent display
We prepared multicolor, dual-image, printed electrochromic displays (ECDs) based on three hybrid ele...
Screen composition for cathode ray tubes exhibits differential color of emission as a function of be...
Colorful electrowetting displays (EWD) present many challenges, such as scalability and electro-opti...
In the later part of the twentieth century, classic cathode ray tubes (CRTs) are replaced by flat pa...
We have realized a three‐layered multicolor organic electroluminescent device utilizing poly (9,9‐di...
The unique properties of single-junction gallium phosphide devices incorporating both red and green ...
The remote phosphor as a lighting structure has outstanding luminous efficiency compared to other op...
The purpose of this Cooperative Research and Development Agreement (CRADA) was to develop a new-gene...
TFEL) devices already occupy a segment of the large-area, high-resolution, flat-panel-display market...
PROBLEM TO BE SOLVED: To provide a material capable of being deposited in the form of a thin film by...
A flat-panel, line display consisting of electroluminescent ZnS---Cu phosphors (EL) adjacent to piez...
Development of multicolored electrochromic materials is important to realize their applications in e...
In this manuscript, we presented a research that enhance the performance of WLED using the multi-pho...
displays using more than three primaries (R,G,B) have been discussed and demonstrated.1,2 These disp...
We demonstrate the possibilities offered by the screen-printing technique to create thick layers of ...
We prepared multicolor, dual-image, printed electrochromic displays (ECDs) based on three hybrid ele...
Screen composition for cathode ray tubes exhibits differential color of emission as a function of be...
Colorful electrowetting displays (EWD) present many challenges, such as scalability and electro-opti...
In the later part of the twentieth century, classic cathode ray tubes (CRTs) are replaced by flat pa...
We have realized a three‐layered multicolor organic electroluminescent device utilizing poly (9,9‐di...
The unique properties of single-junction gallium phosphide devices incorporating both red and green ...
The remote phosphor as a lighting structure has outstanding luminous efficiency compared to other op...
The purpose of this Cooperative Research and Development Agreement (CRADA) was to develop a new-gene...
TFEL) devices already occupy a segment of the large-area, high-resolution, flat-panel-display market...
PROBLEM TO BE SOLVED: To provide a material capable of being deposited in the form of a thin film by...
A flat-panel, line display consisting of electroluminescent ZnS---Cu phosphors (EL) adjacent to piez...
Development of multicolored electrochromic materials is important to realize their applications in e...
In this manuscript, we presented a research that enhance the performance of WLED using the multi-pho...
displays using more than three primaries (R,G,B) have been discussed and demonstrated.1,2 These disp...
We demonstrate the possibilities offered by the screen-printing technique to create thick layers of ...
We prepared multicolor, dual-image, printed electrochromic displays (ECDs) based on three hybrid ele...
Screen composition for cathode ray tubes exhibits differential color of emission as a function of be...
Colorful electrowetting displays (EWD) present many challenges, such as scalability and electro-opti...