研究道路照明应以更加符合人眼视觉特性的亮度指标和可见度指标对道路照明质量进行评价。
The research on the appraisal to the road lighting quality should use luminance standard and small target visibility level which are more conform to the human eye visual characteristic.
半导体led从指示、显示应用过渡到照明应用，产品的显色性控制和评价是一个新的课题。
For semiconductor LED, the control and evaluation of color rendering property is a new subject from its indication, display application to lighting application.
为了达到防侵犯照明的要求，应采用半柱面照度做为人行道照明的一个重要评价指标。
In order to achieve crime prevention lighting request, should use the semi-cylindrical illumination person profession illumination an important evaluating indicator.
其内部的光环境测试是研究评价隧道照明的重要技术手段。
The measurement of interior light environment is an importance technique on studying the evaluation of tunnel lighting.
该文建议应采用照明功率密度(LPD)作为隧道照明的节能评价指标。
This article suggests that lighting power density (LPD) should become the evaluating index of tunnels energy-saving lighting.
眩光特别是不舒适眩光，是评价照明质量的一项重要因素。
Glare, especially discomfort glare, is an import factor of lighting evaluation.
通过建模来验证稳定性、防水性、照明布置以及电源的需求等等从而实施评价。
Evaluations are done via models to verify such things as stability, water pressure, lighting layouts, power requirements, etc.
由于目前国内尚缺乏定量地评价道路照明光源相对光效的指导方法，导致此问题一直悬而未决。
There isn't a guidance method of evaluating luminous efficacy of light sources on road lighting yet resulted in the problem has not been solved at present.
电气照明设备等产品的辐射发射和传导发射进行准确的测试和评价。
The electromagnetic disturbance test systems can exactly test and evaluate radiation emission and conduct emission of products such as vehicles, motorcycles, vehicle electronic.
资源包括评价用的照明适当的颜色纹理光泽金属亮度结构形象清晰DOI的标准样品。
The resources include lighting for evaluation, masters for colour, grain, gloss, metallic brilliance, texture, distinctness of image (DOI).
该文建议应采用照明功率密度（LPD）作为隧道照明的节能评价指标。
The lighting power density (LPD)of general lighting in room or place is taken as the criterion of energy efficient lighting.
该文建议应采用照明功率密度（LPD）作为隧道照明的节能评价指标。
The lighting power density (LPD)of general lighting in room or place is taken as the criterion of energy efficient lighting.
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