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在研制交流存储型等离子体显示板时,我们发现电极电阻对特性有很大的影响,电极电阻大将使全板记忆系数下降,零散系数增大,远端电压波形变劣,从而无法作出可以实用的较大的矩阵存储型等离子体显示板.为了印刷出细长多根的导电电极,我们研究出一种紧丝厚膜印刷工艺,成功地解决了这一问题,并已使用六年.用此工艺使电极电阻引进的特性劣化得到克服,而且在工艺方面具有不少优点.1979年成果鉴定会文件认为这项工艺“具有独创性,有推广价值”.
In the development of AC-storage plasma display panel, we found that the electrode resistance has a great influence on the characteristics. The large electrode resistance will cause the entire board memory coefficient to decrease, the spurious coefficient to increase and the far-end voltage waveform to deteriorate, thus failing to be practical Of the larger matrix storage type plasma display panel in order to print slender and a plurality of conductive electrodes, we developed a close-stencil thick-film printing process, successfully solved the problem and has been used for six years. This process to overcome the characteristics of the introduction of electrode resistance to be overcome, but also in the process has many advantages .1979 identification of the outcome of the document that the process “has originality, promotional value ”.