Abstract
A new design for FED envelope, which is composed of a box-shaped front glass, sheet-like rear glass and metal members, has been devised. This structure design is effective for reducing tensile stress induced by vacuum at the sealing portion. Also, a new glass composition, a new physical tempering method and a lead-free, hermetic sealing material have been developed. As a result, a novel lightweight, spacer-free panel structure for FED has been developed by integrating these new technologies.
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