Angular and energy characteristics of luminescence of solutions of dye R6G with nanoparticles of aluminum

The paper presents the experimentally obtained energy and spatial characteristics superluminescence of solutions dye rhodamine 6G and agglomerated nanoparticles Al. It is shown that the threshold superluminescence of composite solutions is about 30 times less than the threshold superluminescence of pure dye. The resulting angular diagram of superluminescence radiation from composite solutions has flap structure with a maximum intensity distribution at an angle of approximately 50 °.