P-39: Fabrication of a GNF-FED Using Mesh Gate

Abstract

A triode graphite nanofiber FED with a mesh gate was fabricated. It was confirmed that the mesh gate has the advantage of electron divergence reduction compared with a conventional gate. The possibility of the triode FED without the forces electrode increased.

42.4: Application of A Novel Dynode Structure to CNT Field Emission Unit

“…Field Emission Displays (FED) has been intensively studied because of its excellent performance in terms of brightness, contrast and resolution, which are inherent in conventional CRT [1][2][3][4]. Among various kinds of emitters in field emission devices, carbon nanotubes (CNTs) have been attracting considerable attention due to their excellent field emission characteristics of high field emission current density and low turn-on electric field [5].…”

P-123: A 4.8 inch GNF-FED with A Mesh Gate Structure

“…However, the fabrication process and the electric circuit are complicated by adding a focus electrode. Therefore, we tried controlling electron convergence by changing the triode gate hole structure rather than the fabrication process 7) . Here, we report how electron convergence by changing the gate hole to a mesh type gate.…”

P-125: A Novel 4.75 inch CNT-FED with Sturdy Metal Plate as Spacer

“…The CRTs have many advantages; however they can't match the requirement of present electronic products, especially for its huge volume and large power consumption. The field emission display (FED) [1][2][3][4] provides a new choice for the next generation displays.…”