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首页> 外文期刊>International Journal of Applied Engineering Research >A study about Multi sensory Stimulation of Fluctuation and Color Temperature Effects on Neuro-energy
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A study about Multi sensory Stimulation of Fluctuation and Color Temperature Effects on Neuro-energy

机译:多感觉刺激对神经能量的波动和色温效应的研究

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摘要

In this study, EEG, HRV and Vibra image are compared and analyzed in the environmental test room for stimulation of sound fluctuation and color temperature. The condition of the environmental test room was in temperature 25[°C], relative humidity 50[RH%], current air speed 0.02[m/s] and illuminance 1000[lux] with different sensory stimulation condition set up which are before exposure, single-sensory stimulation of a=1.106 music, single-sensory stimulation of RED color lighting, and multi-sensory stimulation of fluctuation a=1.106 music and RED color lighting. At multi-sensory stimulation of fluctuation a=1.106 music and RED color lighting, relative Sα wave, relative Mβ wave, SEF50, and SDNN were revitalized, and both sides α wave asymmetry index, HRT, stress index, and fatigue degree were decreased. Also, Vibra image of tension/anxiety and stress were declined. It is found that multi-sensory stimulation of fluctuation a=1.106 music and RED color lighting effects to increase the Neuro-energy like amenity, productivity and concentration.
机译:在该研究中,比较EEG,HRV和VIBRA图像,并在环境测试室中分析,以刺激声波动和色温。环境测试室的条件是温度25 [°C],相对湿度50 [RH%],电流空气速度0.02 [M / S]和照度1000 [勒克],具有不同的感觉刺激条件设置在曝光之前,单感觉刺激A = 1.106音乐,红颜色照明的单感觉刺激,和多感觉刺激波动A = 1.106音乐和红颜色照明。在多感觉刺激波动刺激A = 1.106音乐和红色彩色照明,相对Sα波,相对mβ波,SEF50和SDNN被恢复活化,并且侧面α波不对称指数,HRT,应力指数和疲劳度降低。此外,张力/焦虑和压力的VIBRA形象被拒绝。结果发现,多感觉刺激波动A = 1.106音乐和红颜色照明效果,以增加神经能量,如舒适性,生产力和浓度。

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