THE NECESSITY OF MASS METHODS OPTIMIZATION FOR MEASUREMENT OF PHOTOMETRIC QUANTITIES

Authors

  • О. Л. Купко
  • В. М. Поліщук

Keywords:

minimum, average, cylindrical illuminating intensity, luxmeter, lighting installations.

Abstract

Measurement of illuminating intensity demands a lot of time. In a metrology when carrying out checking of the principle of division of metrological certification and current periodic checking which has to provide monitoring of the measurement characteristics earlier is applied long ago. Such principle can completely be extended also to carrying out measurements of photometric characteristics of lighting installations. In work it is offered to take the full-scale measurements provided by the existing normative documents once and further only to control their constancy. The main question at the same time is the choice of size which constancy would allow to guarantee constancy of all or the majority of parameters of lighting installation, measured earlier. For internal irradiating illuminating intensity and a ripple factor of a luminous flux can be such sizes. For external lighting of streets and roads it is  possible to fix illuminating intensity or brightness of a paving in the centre of the road, using for this purpose established for the luxmeter

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Published

2017-07-07

How to Cite

Купко, О. Л., & Поліщук, В. М. (2017). THE NECESSITY OF MASS METHODS OPTIMIZATION FOR MEASUREMENT OF PHOTOMETRIC QUANTITIES. Lighting Engineering & Power Engineering, (3), 26–28. Retrieved from https://lepe.kname.edu.ua/index.php/lepe/article/view/361

Issue

No. 3 (2016): № 47

Section

Articles

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