| 摘要 |
<p>PROBLEM TO BE SOLVED: To provide a manufacturing method for an emitter to be used in a field emission display capable of ensuring the adhesion to the electrode of carbon nanotubes, preventing a large quantity of gas from being absorbed and released, and enhancing the reliability of and prolonging the lifetime of the field emission display by improving a likely phenomenon that the carbon nanotube material is exfoliated to slip off during the high electric field operation. SOLUTION: A substrate is provided for the field emission display, and a first metal and conductive paste are mixed together and also conductive electrode is formed on the substrate, and then a carbon nanotube film formed on the conductive electrode. On the surface of the carbon nanotube film, a second metal film is formed so as to prevent the carbon nanotube film from absorbing and releasing the gas, and heating is made to the softening temperature of the glass material contained in the electrode so as to ensure the adhesion to the substrate of the electrode itself and the carbon nenotubes.</p> |
