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Representation of Chromatic distribution for lighting system

机译:照明系统的色分布表示

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For the luminaire manufacturer, the measurement of the lighting intensity distribution (LID) emitted by lighting fixture is based on photometry. So light is measured as an achromatic value of intensity and there is no the possibility to discriminate the measurement of white vs. colored light. At the Laboratorio Luce of Politecnico di Milano a new instrument for the measurement of spectral radiant intensities distribution for lighting system has been built: the gonio-spectra-radiometer. This new measuring tool is based on a traditional mirror gonio-photometer with a CCD spectra-radiometer controlled by a PC. Beside the traditional representation of photometric distribution we have introduced a new representation where, in addition to the information about the distribution of luminous intensity in space, new details about the chromaticity characteristic of the light sources have been implemented. Some of the results of this research have been applied in developing and testing a new line of lighting system "My White Light" (the research project "Light, Environment and Humans" funded in the Italian Lombardy region Metadistretti Design Research Program involving Politecnico di Milano, Artemide, Danese, and some other SME of the Lighting Design district), giving scientific notions and applicative in order to support the assumption that colored light sources can be used for the realization of interior luminaries that, other than just have low power consumption and long life, may positively affect the mood of people.
机译:对于照明设备制造商,照明设备发出的照明强度分布(LID)的测量基于光度法。因此,将光测量为强度的消色差值,并且不可能区分白光与有色光的测量结果。在米兰理工大学的卢斯实验室,建造了一种用于测量照明系统的光谱辐射强度分布的新仪器:测角光谱辐射仪。这种新的测量工具是基于传统的反射式测角光度计和由PC控制的CCD光谱辐射计。除了传统的光度分布表示法外,我们还引入了一种新的表示法,除了关于空间中发光强度分布的信息外,还实现了有关光源色度特性的新细节。这项研究的某些结果已用于开发和测试新的照明系统系列“ My White Light”(由意大利伦巴第大区Metadistretti设计研究计划资助,涉及Politecnico di Milano的研究项目“光,环境和人类” ,Artemide,Danese和照明设计区的其他一些SME),给出科学的概念和应用性,以支持这样的假设,即彩色光源可用于实现室内照明器,而不仅仅是低能耗和低能耗。寿命长,可能会积极影响人们的情绪。

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