Add to ORKGIntegrating an epitaxially grown monocrystalline garnet cathode ray tube\u27s (CRT\u27s) high resolution and a liquid crystal light valve\u27s (LCLV\u27s) large screen and high brightness, we develop a CRT optically addressed LCLV projection display system. The CRT\u27s phosphor screen is green chrome yttrium aluminum garnet (Cr:YAG) fabricated by liquid phase epitaxy. The LCLV\u27s fabrication and the optical system\u27s design are given. The projection display system shows good performances
High resolution and high brightness of displayed images can be achieved at the same time if light-va...
The development of light valves for application in the domain of imaging and information display ha...
Displays provide the essential human interface to virtually all electronics instrumentation. The mar...
The present invention describes several embodiments of optical systems for the projection of images ...
After an introduction, in which liquid crystal and electron beam addressed light-valve projectors ar...
Display and photonics liquid crystal devices are growing rapidly and there is no chance of any ot te...
An improved photosensor film and liquid crystal light valves embodying said film is provided. The ph...
The optical efficiency of an active matrix liquid crystal display (AMLCD) light valve projector is d...
For future high-definition TV (HDTV) systems, a projection technology is required that combines very...
The optical efficiency of an active matrix liquid crystal display (AMLCD) light valve projector is d...
We present an overview of our work on projection system architectures using light emit-ting diodes a...
The recent availability of inexpensive, electrically addressable liquid crystal displays has generat...
Describes an improved light-valve system for color picture projection. An increased resolution is ac...
An investigation was conducted to develop an optical-to-optical interface device capable of performi...
The image quality achieved by light-valve projectors, e.g. their resolution limit, is mainly determi...
High resolution and high brightness of displayed images can be achieved at the same time if light-va...
The development of light valves for application in the domain of imaging and information display ha...
Displays provide the essential human interface to virtually all electronics instrumentation. The mar...
The present invention describes several embodiments of optical systems for the projection of images ...
After an introduction, in which liquid crystal and electron beam addressed light-valve projectors ar...
Display and photonics liquid crystal devices are growing rapidly and there is no chance of any ot te...
An improved photosensor film and liquid crystal light valves embodying said film is provided. The ph...
The optical efficiency of an active matrix liquid crystal display (AMLCD) light valve projector is d...
For future high-definition TV (HDTV) systems, a projection technology is required that combines very...
The optical efficiency of an active matrix liquid crystal display (AMLCD) light valve projector is d...
We present an overview of our work on projection system architectures using light emit-ting diodes a...
The recent availability of inexpensive, electrically addressable liquid crystal displays has generat...
Describes an improved light-valve system for color picture projection. An increased resolution is ac...
An investigation was conducted to develop an optical-to-optical interface device capable of performi...
The image quality achieved by light-valve projectors, e.g. their resolution limit, is mainly determi...
High resolution and high brightness of displayed images can be achieved at the same time if light-va...
The development of light valves for application in the domain of imaging and information display ha...
Displays provide the essential human interface to virtually all electronics instrumentation. The mar...