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Effects of noise type, noise intensity, and illumination intensity on reading performance

机译:噪声类型,噪声强度和照明强度对阅读性能的影响

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This study empirically investigated the effects of noise type, noise intensity, and illumination intensity on reading performance. Three levels of noise types: factory noise, classical music, and pop with lyrics; three levels of noise intensity: 45 dBA, 65 dBA, and 85 dBA; and three levels of illumination intensity: 200 lx, 600 lx, and 1000 lx were tested. Results indicated that all three independent variables had significant effects on reading performance. Reading performance for classical music was significantly greater than that for pop with lyrics and factory noise. For noise intensity, 45 dBA resulted in the best reading performance, followed by 65 dBA, and 85 dBA. For illumination intensity, 600 lx resulted in the best reading performance, followed by 1000 lx and 200 lx. The interaction effects of noise type x illumination intensity were statistically significant. In conclusion, reading performance was best with classical music, low noise intensity, and normal illumination intensity conditions. (C) 2017 Elsevier Ltd. All rights reserved.
机译:这项研究通过实证研究了噪声类型,噪声强度和照明强度对阅读性能的影响。三种噪音类型:工厂噪音,古典音乐和带歌词的流行音乐;噪声强度的三个级别:45 dBA,65 dBA和85 dBA;并测试了三个等级的照明强度:200 lx,600 lx和1000 lx。结果表明,所有三个自变量均对阅读性能有显着影响。古典音乐的阅读性能明显优于带有歌词和工厂噪音的流行音乐。对于噪声强度,45 dBA可获得最佳读取性能,其次是65 dBA和85 dBA。对于照明强度,600 lx可获得最佳读取性能,其次是1000 lx和200 lx。噪声类型x照明强度的相互作用影响具有统计学意义。总之,在古典音乐,低噪声强度和正常照明强度条件下,阅读性能最佳。 (C)2017 Elsevier Ltd.保留所有权利。

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