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2001•Journal of Vacuum Science & Technology B Microelectronics and Nanometer Structures Processing Measurement and PhenomenaRequires access

Flat-panel structure for field-emission displays with carbon nanotube cathode

Changchun Zhu, Weihua Liu, Lujiang Huangfu

Open publisher page 14 citations

Abstract

A flat-panel structure for field-emission displays (FEDs) is proposed, in which an aligned carbon-nanotube film cathode of direct growth is mounted directly on the base plate with elastic assembling technology. The vacuum package is fabricated with some vacuum-fluorescence-display- like process technologies. This structure and the corresponding technologies are stable and reliable at a modest cost. The FED sample of a pixel display of this structure was made to verify the display structure and to analyze characteristics.

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What this paper is about

A flat-panel structure for field-emission displays (FEDs) is proposed, in which an aligned carbon-nanotube film cathode of direct growth is mounted directly on the base plate with elastic assembling technology. The vacuum package is fabricated with some vacuum-fluorescence-display- like process technologies. This structure and the corresponding technologies are stable and reliable at a modest cost. The FED sample of a pixel display of this structure was made to verify the display structure and to analyze characteristics.

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Available abstract

A flat-panel structure for field-emission displays (FEDs) is proposed, in which an aligned carbon-nanotube film cathode of direct growth is mounted directly on the base plate with elastic assembling technology. The vacuum package is fabricated with some vacuum-fluorescence-display- like process technologies. This structure and the corresponding technologies are stable and reliable at a modest cost. The FED sample of a pixel display of this structure was made to verify the display structure and to analyze characteristics.

Key concepts: Field emission display, Flat panel display, Cathode, Field electron emission, Flat panel, Materials science, Carbon nanotube, Cold cathode

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