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Potential resource of mistakes existing while using the modern methods of measurement and calculation in the glare evaluation

机译:在眩光评估中使用现代的测量和计算方法时可能存在的潜在错误资源

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Glare prediction is associated with the need to calculate the luminance on the basis of the parameters contained in the IES files or by measuring the luminance distribution of the luminous part of luminaires surface in a given direction. The XXI century is the age of all measurements digitization. This causes the parameters until recently immeasurable become measurable in a relatively simple way. As a result the parameters that we can calculate only in an approximate way, can be measured with very high precision. More and more developed digital measurement technique allows the glare determination on the basis of measurements of luminance distributions using ILMD (Imaging Luminance Measuring Device). The measurement results appear to be relatively accurate for luminaires that are characterised by low luminance gradient variation on the whole surface (luminaires with fluorescent lamps, multi-source luminaires covered with diffuser, etc). The results of the same measurements and calculations may be far from the truth for the harshest variants of luminaires with a single high luminance light source and e.g. multi-source LED luminaires without diffuser. The paper presents selected parameters and problems associated with the correct measurements of the luminance distribution of luminaires in the UGR calculation context.
机译:眩光预测与基于IES文件中包含的参数或通过在给定方向上测量照明设备表面的发光部分的亮度分布来计算亮度的需求相关。 XXI世纪是所有测量数字化的时代。这导致直到最近不可测量的参数以相对简单的方式变得可测量。结果,我们只能以近似方式计算出的参数可以非常高精度地测量。越来越多的数字测量技术允许使用ILMD(成像亮度测量设备)基于亮度分布的测量来确定眩光。对于以整个表面上的低亮度梯度变化为特征的照明设备(带荧光灯的照明设备,覆盖有漫射器的多光源照明设备等)而言,测量结果似乎相对准确。对于具有单个高亮度光源(例如,单个光源)的最苛刻的灯具,相同的测量和计算结果可能与事实相去甚远。无扩散器的多光源LED灯具。本文介绍了在UGR计算上下文中与正确测量照明设备的亮度分布相关的选定参数和问题。

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