Study of luminescence spectra of cytoplasmic dye pyronin G infiltrated into a photonic crystal

Abstract

Luminescence spectra of the pyronin G dye in the photonic crystal in glycerol of different concentrations were obtained. It is shown that the band gap structure influences on an emanation spectrum of the dye molecules. It is expressed in a reduction of luminescence intensity in the photonic stop band. Rise of concentration of the synthetic opal filler results in the shift of a maximum of the luminescence spectrum of pyronin G dye nonlinearly.