OLED光源在民机客舱照明中的应用
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摘要
为了探索OLED光源在民机客舱照明中的应用,参考国内外相关标准对民机客舱的照明要求,通过照明场景建模仿真的方式,对比现有的LED照明方案和两种OLED照明方案,以光通量利用率、照度以及眩光分布情况为评价依据,对OLED在民机客舱照明中的应用前景进行了评估。结果表明:OLED照明技术适用于飞机客舱照明尤其是高端照明中,可以实现更加多元化的照明,其在光源形状、能效利用和光分布上具有绝对的优势。
To explore the application of OLED light source in the civil aircraft cabin lighting,general lighting standards was referenced for civil aircraft cabin domestic and overseas. Several modeling and simulations of aircraft cabin were carried out to compare the lighting solution of LED and OLED. Evaluation indexes included efficiency of luminous flux,illumination and glare distribution,which are used to access the application prospects of OLED in civil aircraft cabin lighting. The result showed that the OLED has a special application prospect in aircraft cabin lighting especially in high-end lighting,which can realize more diversified lighting. Also,OLED has absolute advantages in efficiency of lamps,lanterns modeling and reducing uncomfortable glare. This research can provide a basis for OLED application in civil aircraft cabin lighting.
To explore the application of OLED light source in the civil aircraft cabin lighting,general lighting standards was referenced for civil aircraft cabin domestic and overseas. Several modeling and simulations of aircraft cabin were carried out to compare the lighting solution of LED and OLED. Evaluation indexes included efficiency of luminous flux,illumination and glare distribution,which are used to access the application prospects of OLED in civil aircraft cabin lighting. The result showed that the OLED has a special application prospect in aircraft cabin lighting especially in high-end lighting,which can realize more diversified lighting. Also,OLED has absolute advantages in efficiency of lamps,lanterns modeling and reducing uncomfortable glare. This research can provide a basis for OLED application in civil aircraft cabin lighting.
引文
[1]民用飞机客舱照明要求:HB 7484-2014.
[2]Aircraft Cabin Illumination:SAE AIR512.
[3]TANG C W,VANSLYKE S A.Organic Electroluminescent Diodes.Applied Physics Letters,1978,51(12):913-915.
[4]陈燕达,屠彦,王莉莉,等.视觉疲劳状态下的生理指标研究.电子器件,2015,38(6):1245-1248.
[5]建筑照明设计标准:GB 50034-2013.北京:中国建筑工业出版社,2013.
[6]Calculation and Presentation of Unified Glare Rating Tables for Indoor Lighting Luminaires:CIE 190-2010.
[2]Aircraft Cabin Illumination:SAE AIR512.
[3]TANG C W,VANSLYKE S A.Organic Electroluminescent Diodes.Applied Physics Letters,1978,51(12):913-915.
[4]陈燕达,屠彦,王莉莉,等.视觉疲劳状态下的生理指标研究.电子器件,2015,38(6):1245-1248.
[5]建筑照明设计标准:GB 50034-2013.北京:中国建筑工业出版社,2013.
[6]Calculation and Presentation of Unified Glare Rating Tables for Indoor Lighting Luminaires:CIE 190-2010.