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The lithium bismuth aluminum borate glasses doped with Eu 3+  ion were studied on the physical, structural network, optical and luminescence properties. The glass density fluctuates by following the Eu 2 O 3  content due to the variation of BO 4  group in glass network. The FTIR spectra indicate the main glass structure units which occupies by the trigonal BO 3  and tetrahedral BO 4  borate groups mixing with AlO 6  complex. The Eu 3+  acts as the glass modifier in glass as the Eu 2 O 3  concentration is higher than 1.00 mol%. The glasses more absorb photons in visible light – near infrared region with addition of Eu 2 O 3  content. Under 394 nm excitation, glasses represented the strongest emission at 613 nm by the  5 D 0 → 7 F 0  transition of Eu 3+  and overall color of this emission is red. The optimum concentration of Eu 2 O 3  for this developed glass is 3.00 mol% that owns the highest emission intensity. The Eu 3+  doped lithium bismuth aluminum borate glass performs the high potential for using as a red luminescence medium in light sources and display devices.

The Study on Eu 3+ Doped Lithium Bismuth Aluminum Borate Glass: New Red Luminescence Medium