Materials Science
Cs2TlAlCl6和Cs2TlAlBr6的结构稳定性和能量转换潜力：来自DFT基础光学基准测试和光伏评估的见解
Structural stability and energy conversion potential of Cs2TlAlCl6 and Cs2TlAlBr6: insights from DFT-based optical benchmarking and photovoltaic assessmentThe study investigates the structural stability and photovoltaic potential of double perovskite materials Cs2TlAlCl6 and Cs2TlAlBr6 using Density Functional Theory (DFT) calculations. / 本研究利用密度泛函理论（DFT）计算，研究了双钙钛矿材料Cs2TlAlCl6和Cs2TlAlBr6的结构稳定性和光伏潜力。
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- 2026-10-29 18:05:24
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Material: Cs2TlAlCl6, Cs2TlAlBr6Method: DFT-based optical benchmarkingApplication: Photovoltaic assessment
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ranked by community starsStructural stability and energy conversion potential of Cs2TlAlCl6 and Cs2TlAlBr6: insights from DFT-based optical benchmarking and photovoltaic assessmentOpen source
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1 recordsRecord title: Structural stability and energy conversion potential of Cs2TlAlCl6 and Cs2TlAlBr6: insights from DFT-based optical benchmarking and photovoltaic assessment.
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