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Advanced Materials | Yonghua Chen, Yingdong Xia, Lingfeng Chao (NanjingTech): Phosphate-Buffered SnO2 Achieves 26.40% PCE and Over 1000-Hour Stability for Perovskite Solar Cells
2025-12-17
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Nat. Commun. CityU Zonglong Zhu: Soft Base DMS Controls Perovskite Heterojunctions Achieving 26.70% PCE Nanoengineered 2000h Stable Perovskite Solar Cells
2025-11-20
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LED Spectral Limits Breakthrough: Extension to 1800 nm with Full-Band Coverage Upgrade ā Featuring AM0/AM1.5G Dual-Mode Switching
2025-11-19
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Nat. Commun. Xi’an Jiaotong Bo Chen: Tandem Efficiency New High! Textured Silicon Substrate Reaches 32.7% QFLS Data Confirms Diode Ideality Factor from 1.40 Drops to 1.36
2025-10-28
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CAS Academician Can Li & Dalian Institute Jiewei Liu: SACR Strategy Achieves Single Orientation Perovskite, 25.33% PCE with Long-term Stability QFLS Reveals Effective Non-radiative Recombination Suppression
2025-10-20
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TU/e RenĆ© A. J. Janssen Team: Key in Wide-Bandgap Perovskite Additive Engineering – The Importance of Maintaining ABXā Stoichiometry
2025-09-25
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Angew. BIT Hongbo Li, Jing Wei, Yihua Chen: SCAP Self-Consistent Passivation Achieves 32.33% PCE, QFLS Verification Eliminates Passivation Crosstalk
2025-09-23
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ACS Energy Lett. Nanjing University Hairen Tan: ICE Intermediate Component Engineering Achieves 30.65% PCE, QFLS Verifies Halide Uniform Distribution Suppresses Defect Density
2025-09-18
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AM. Suzhou University Zhao-Kui Wang Team: Breaking the Tin Oxidation Curse! QFLS Verifies 4-MBA Significantly Suppresses Non-radiative Recombination, Creating 15.15% High-efficiency Stable Tin-based Photovoltaics
2025-09-18
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Science: Breakthrough 33.1% PCE! iVOC, QFLS Imaging Shows PDAI Homogenization Driving Textured Silicon Perovskite Tandem Efficiency and Stability Leap
2025-09-15
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Nat. Comm. ZJU Jingjing Xue :Over 30% Certified Efficiency! Inductive Effects Play Key Role in High-Performance SAMs Demonstrating Maximum QFLS Enhancement
2025-05-20
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KAUST Prof. Thomas D. Anthopoulos: Achieving 26%+ Efficiency with Ordered 2D Perovskite Passivation through Solvent Dripping – QFLS Reveals Impact on Trap State Reduction
2025-05-07
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Adv. Mater. PolyU Gang Li: Precise Regulation of Buried Interface, Supramolecular Assembly Strategy 1.23 V Maximum Open Circuit Voltage QFLS Reflects Non-radiative Recombination Loss at Interface
2025-05-02
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Nat. Commun. HUST Wei Chen & Zonghao Liu: Efficient Wide-Bandgap PSC and Nearly 29% Efficiency All-Perovskite Devices! QFLS Enhancement Proves Effectiveness of SA Interface Modification Strategy
2025-04-25
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