My compound is an unsaturated aldehyde with multiple conjugated double bonds. The UV-Visible absorption spectra of this compound is showing an absorption between 300-400 nm with lambda max around 343 nm, but it is reacting very efficiently in the presence of white LED light with 30-60 watt power. The reported emission of the white LED light is around 420 to 700 nm. Heat is not playing any role here, as I've already excluded that possibility by experimentation. How to explain or correlate? I've also attached an image of the UV-Vis spectra here.
Usually with LED are made of violet or UV semiconductor LED covered by a media with some phosphor for reradiation of light in all visible region. So the spectrum of the site LED may contain the line of the initial semiconductor device.
Doymamış form aldehit çözeltisinin, doymuş beyaz ışık altında çözünürlüğü artar. Beyaz ışığın yapısında fosfor ve mor ötesi ışınlar bulunur. Beyaz ışığın dalga boyu yüksek olduğu için gönderilen ışınlar ile kimyasal reaksiyon verir ve doymuş hale gelir. Bileşik artık belirli bir dalga boyunda kararlı yapı kazanır ve oluşan bileşiğin dalga boyu farklıdır.
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