现代物理

Vol.1 No.3 (November 2011)

纳米氧化锌薄膜发光管的研究
Study of Nano-ZnO Thin Film Lighting Tube

 

作者:

张秀霞 , 张丽霞 , 王二垒 , 魏舒怡

 

关键词:

纳米氧化锌薄膜丝网印刷场致发射退火处理节能发光管Nano-Zno Thin Film Screen-Printed Field Emission Anneal Post-Treatment Energy-Saving Lighting Tube

 

摘要:

目的:本文是为研制一种新型节能的纳米氧化锌薄膜发光管进行了研究。方法:采用低成本的丝网印刷方法制备纳米氧化锌薄膜,然后经过热烧结和退火等工艺进行处理。结果:实验结果表明经过热烧结和退火处理等工艺后,氧化锌薄膜具有良好的场致发射特性,且发射电流比较均匀稳定。结论:场致发射条件下的阳极发光亮度均匀稳定,说明热烧结和退火处理工艺得到的纳米氧化锌薄膜可用于制作发光管,并且是毫瓦级功耗的节能发光管。

Objective: The new energy-saving Nano-ZnO thin film lighting tube was innovated in this paper. Method: There are many ways to fabricate Nano-ZnO thin film, but it is difficult to produce the uniform thin film. Nano-ZnO thin film was fabricated by lower cost screen-printed, then, processed thin film with thermal sinter and anneal post-treatment. Result: Through thermal sinter and anneal post-treatment, the field emission was intentionally improved and made the stability and uniformity of emission became better. The fluorescence powder which at least one color was used at the anode electric film of lighting tube. Conclusion: After some measures, under the field emission, the uniformity of anode luminescent was stability. It indicated that the thermal sinter and anneal post-treatment intentionally improve field emission of Nano-ZnO thin film, it can be used in fabricate Nano-ZnO film cathode of field emission lighting tube. The result of the lighting tube research could be used in the fields of LED monitor and lighting equipment and so on, and it also could afford some theory evidence. The innovation is that the power consume of this new energy-saving Nano-ZnO thin film lighting tube was mW grade, it could save plenty of energy source.

文章引用:

张秀霞 , 张丽霞 , 王二垒 , 魏舒怡 (2011) 纳米氧化锌薄膜发光管的研究。 现代物理, 1, 54-58. doi: 10.12677/mp.2011.13009

 

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