Spectral analysis of artificial light sources used in different workplaces and health effects on workers

When we consider the working life conditions, we think about the inevitability of the effect that the instantaneous and cumulative effects of our exposure to artificial light sources will have on the employees, together with the technological developments, these products not only illuminate their working environments, but have entered our lives in different formats, in fact they are not only working in the society but also in the society. each individual has different outcomes. It is stated that in this environment where energy efficiency is discussed at a high level, new lighting technologies are tested and placed on the market, photo-biological, photochemical and photo-thermal reactions resulting from this technology will have acute and long-lasting results both in terms of eye health and skin health, according to the scientific studies and standards. In this sense, in a general framework, we will conduct a spectral analysis of some of the artificial light sources used in the work life and examine whether the products in the market actually reach the desired values and examine the effects of this on the health of the employees. Classification of artificial light sources, sharing the expected spectral distribution graphs of each of these sources and comparing the selected sources with spectral analysis measurements and sharing the results of the evaluation results will be shared. Our main objective is to evaluate the damages and spectral bandwidth values as a result of exposure, and to evaluate the outcomes of these groups.