A new self-consistent empirical potential model based on the BMP [Bertani et al., Phys. Rev. Mat. 5 (2021) 045602] has been developed for simulation of multicomponent borate and borosilicate glasses. We exploited Bayesian optimization approach to create a set parameters B–O interaction, which depends glass composition, in particular R = ([A2O]+[AEO])/[B2O3] (A alkaline AE alkaline-earth ions) K...

Anderson localization has been realized in several different systems over the years. In this paper we describe a rather unique manifestation of phenomenon occurring two-phase glass composition that guides light. The glasses are borate or alkali borosilicate when heated separates into two distinct phases compositions, high index phase and low phase. When is with specific thermal schedule to deve...

The spectroscopic exploration of Dy 3+ activated multicomponent borosilicate (DBS) glasses have been performed via optical absorption, fluorescence measurements, CIE colorimetry analysis and CCT values to investigate their role in the advancement lighting sector. Oscillator strength evaluated from absorbance spectrum were utilized determine phenomenological Judd-Ofelt (JO) parameters through le...

Lanthanide borosilicate glasses containing Pu and the nonradioactive analog element Ce were subjects of an x-ray absorption spectroscopy investigation to quantify +3/+4 ratio these redox-sensitive elements. The data show that dominant oxidation states are +4 for +3 Ce. also indicate reductive potential can be quantified from a solution chemistry method adapted glass chemistry, although allowanc...