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- W4387079128 abstract "Lead-based perovskite materials (LBPMs) have sparked tremendous research interest in photocatalysis applications; however, the commercialization of LBPM photocatalysts has been hampered due to structural instability and lead (Pb2+) ion toxicity. In this regard, it is vital to produce ecologically acceptable and highly stable perovskite photocatalysts. A complete substitution of Pb2+ was adopted to fabricate lead-free perovskite material quantum dots (LFPMs QDs) to tackle the challenge. We present an in-depth investigation for the scientific advancement of LFPMs in the photocatalysis application. Due to their suitable bandgap, greater light absorptivity efficiency, and green technology, LFPMs showed promising performance in various photocatalysis applications, including water splitting, CO2 reduction, pollutant degradation, and organic synthesis. The performance of LFPMs-based photocatalysts in the application above was comprehensively summarized. The formation of heterojunction nanocomposite using LFPMs and co-catalysts or hole-transporting materials could accelerate photogenerated electrons and holes while suppressing recombination rate, thereby boosting LFPMs photocatalytic performance, especially in CO2 reduction and water splitting reactions. Furthermore, the benefits and drawbacks of utilizing LFPMs photocatalysts were discussed in terms of performance, stability, and long-term utilization. The review concludes with an underlying discussion and proposed future research initiatives. LFPMs QDs might become the next generation photocatalyst by outshining concurrently used photocatalysts materials." @default.
- W4387079128 created "2023-09-28" @default.
- W4387079128 creator A5017647668 @default.
- W4387079128 creator A5022476907 @default.
- W4387079128 creator A5033034184 @default.
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- W4387079128 creator A5048857303 @default.
- W4387079128 creator A5081687340 @default.
- W4387079128 creator A5008345472 @default.
- W4387079128 date "2023-12-01" @default.
- W4387079128 modified "2023-10-03" @default.
- W4387079128 title "Lead-free Metal Halide Perovskites as the Rising Star in Photocatalysis: The Past, Present, and Prospective" @default.
- W4387079128 cites W1181992033 @default.
- W4387079128 cites W131041554 @default.
- W4387079128 cites W134787991 @default.
- W4387079128 cites W1705344437 @default.
- W4387079128 cites W1903937986 @default.
- W4387079128 cites W1996647471 @default.
- W4387079128 cites W2013656542 @default.
- W4387079128 cites W2016722583 @default.
- W4387079128 cites W2026229221 @default.
- W4387079128 cites W2027309127 @default.
- W4387079128 cites W2033622765 @default.
- W4387079128 cites W2035410904 @default.
- W4387079128 cites W2041142631 @default.
- W4387079128 cites W2042492216 @default.
- W4387079128 cites W2045716392 @default.
- W4387079128 cites W2045901679 @default.
- W4387079128 cites W2047854577 @default.
- W4387079128 cites W2047964938 @default.
- W4387079128 cites W2067586464 @default.
- W4387079128 cites W2083539657 @default.
- W4387079128 cites W2092712783 @default.
- W4387079128 cites W2136661114 @default.
- W4387079128 cites W2167340934 @default.
- W4387079128 cites W2279246136 @default.
- W4387079128 cites W2282847134 @default.
- W4387079128 cites W2299559653 @default.
- W4387079128 cites W2312456264 @default.
- W4387079128 cites W2318884034 @default.
- W4387079128 cites W2321206690 @default.
- W4387079128 cites W2324576880 @default.
- W4387079128 cites W2324914891 @default.
- W4387079128 cites W2334056288 @default.
- W4387079128 cites W2334375278 @default.
- W4387079128 cites W2334650844 @default.
- W4387079128 cites W2464872924 @default.
- W4387079128 cites W2471425766 @default.
- W4387079128 cites W2473855123 @default.
- W4387079128 cites W2535031008 @default.
- W4387079128 cites W2536689155 @default.
- W4387079128 cites W2542214552 @default.
- W4387079128 cites W2556342416 @default.
- W4387079128 cites W2560285156 @default.
- W4387079128 cites W2560456485 @default.
- W4387079128 cites W2570338462 @default.
- W4387079128 cites W2588805918 @default.
- W4387079128 cites W2589075572 @default.
- W4387079128 cites W2604248632 @default.
- W4387079128 cites W2604329952 @default.
- W4387079128 cites W2607802069 @default.
- W4387079128 cites W2615959148 @default.
- W4387079128 cites W2616554041 @default.
- W4387079128 cites W2621108476 @default.
- W4387079128 cites W2668119174 @default.
- W4387079128 cites W2712977526 @default.
- W4387079128 cites W2735056128 @default.
- W4387079128 cites W2737099546 @default.
- W4387079128 cites W2744124158 @default.
- W4387079128 cites W2745523007 @default.
- W4387079128 cites W2749672792 @default.
- W4387079128 cites W2752483144 @default.
- W4387079128 cites W2760215632 @default.
- W4387079128 cites W2767197417 @default.
- W4387079128 cites W2770281321 @default.
- W4387079128 cites W2780134662 @default.
- W4387079128 cites W2782927970 @default.
- W4387079128 cites W2784846328 @default.
- W4387079128 cites W2788467850 @default.
- W4387079128 cites W2791738097 @default.
- W4387079128 cites W2791811375 @default.
- W4387079128 cites W2792311844 @default.
- W4387079128 cites W2794107391 @default.
- W4387079128 cites W2794942920 @default.
- W4387079128 cites W2800732881 @default.
- W4387079128 cites W2800751456 @default.
- W4387079128 cites W2801718687 @default.
- W4387079128 cites W2803136332 @default.
- W4387079128 cites W2803281082 @default.
- W4387079128 cites W2815594649 @default.
- W4387079128 cites W2866420257 @default.
- W4387079128 cites W2884535049 @default.
- W4387079128 cites W2891026324 @default.
- W4387079128 cites W2892592763 @default.
- W4387079128 cites W2894764168 @default.
- W4387079128 cites W2895042724 @default.
- W4387079128 cites W2899608158 @default.
- W4387079128 cites W2901487592 @default.