Light conversion material: LiBaPO₄:Eu²⁺, Pr³⁺, suitable for solar cell

Abstract

We developed a light conversion material LiBaPO4:Eu2+, Pr3+. It can absorb the UV-Vis phonons of the solar spectrum and emit intense NIR light around 1000 nm, which matches well with the maximum spectral response of Si solar cells.

Coupling effects of strain on structural transformation and bandgap engineering in SnS monolayer

“…Nowadays, the black phosphorus (BP) 1 and IV-VI 2-6 monolayer have attracted considerable attention due to their unique puckered structure and potential applications in elds such as solar energy conversion [7][8][9] and opto-electronics. [10][11][12] The electronic and optical performances are essentially decided by atomic structures.…”

White light emission from single-phase Y2MoO6: xPr3+ (x = 1, 2, 3 and 4 mol%) phosphor

“…applications, such as fiber laser amplifier [41], red-emitting phosphors [42,43] and laser up-conversion [44]. Pr 3+ ion presents the following specific 3 P J transitions (J = 0, 1, 2) approximately located at 478, 459 and 428 nm, respectively [45]. ).…”

Tm3+/Cr3+ Codoped Dual‐Phase Transparent Glass‐Ceramics for Light Conversion in Photosynthesis

“…[ 3–5 ] To solve the problem, light conversion materials, which convert the useless sunlight into the blue–violet and red region, have attracted great attention in green agriculture recently. [ 6–8 ] Compared with the traditional methods such as chemical fertilizers and pesticides, using light conversion materials can reduce or even eliminate the detrimental pollution to the farmland soil and environment. In addition, because of its recyclability, the light conversion materials can improve the yield of crops at a low cost.…”