“…This fortification increases the material's durability and prolongs its lifespan, ensuring long-term stability in various applications. 20 Doping perovskites with Cr allows the bandgap to be tailored for certain uses, e.g., Cr-doped perovskites can be used in solar cells and LEDs among other optoelectronic devices. By replacing Cr with Pb, a less hazardous alternative is introduced, solving environmental issues and preserving the photovoltaic performance of the perovskite material.…”
Section: Introductionmentioning
confidence: 99%
“…This fortification increases the material's durability and prolongs its lifespan, ensuring long-term stability in various applications. 20 Doping perovskites with Cr allows the bandgap to be tailored for certain uses, e.g. , Cr-doped perovskites can be used in solar cells and LEDs among other optoelectronic devices.…”
Metal halide perovskites have become more and more popular in solar applications because of their remarkable optoelectronic qualities, particularly in cesium lead iodide and bromide compositions (CsPbIBr2). Although recombination losses...
“…This fortification increases the material's durability and prolongs its lifespan, ensuring long-term stability in various applications. 20 Doping perovskites with Cr allows the bandgap to be tailored for certain uses, e.g., Cr-doped perovskites can be used in solar cells and LEDs among other optoelectronic devices. By replacing Cr with Pb, a less hazardous alternative is introduced, solving environmental issues and preserving the photovoltaic performance of the perovskite material.…”
Section: Introductionmentioning
confidence: 99%
“…This fortification increases the material's durability and prolongs its lifespan, ensuring long-term stability in various applications. 20 Doping perovskites with Cr allows the bandgap to be tailored for certain uses, e.g. , Cr-doped perovskites can be used in solar cells and LEDs among other optoelectronic devices.…”
Metal halide perovskites have become more and more popular in solar applications because of their remarkable optoelectronic qualities, particularly in cesium lead iodide and bromide compositions (CsPbIBr2). Although recombination losses...
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