Journal of Advanced Engineering and Computation
The characteristics of configuration and illumination of Sm 3+ incorporated Ba 2 Ca (BO 3) 2 samples produced using the traditional solid-status approach are discussed in this study. The luminescence measurement of the prepared red phosphor and phosphor-conversion sheet for white light emitting diodes (WLED) were conducted with Mie-scattering Monte Carlo simulation and MATLAB computation. The phosphor demonstrated a broad emission range with the prominent emission peak at~ 601 nm under the 402 nm radiation, originated from the Sm 3+ ion’s 4 G 5/2 and 6 H 7/2 transfer. The use of Ba 2 Ca (BO 3) 2: Sm 3+(abbreviation is BC (BO): Sm) in combination with CaCO 3 nanoparticles and yellow phosphor to form a conversion layer demonstrates the increase in red spectrum band of the generated white light. By varying the concentration of CaCO 3 amount and maintain the BC (BO): Sm concentration constant, the improvement in specific properties of WLED can be accomplished. According to the findings, the phosphor Ba 2 Ca (BO 3) 2: Sm 3+ can be utilized with a near ultraviolet (n-UV) or blue chip for producing quality-enhanced WLEDs
