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Работы, цитирующие эту работу

Работ: 13

Работа: Achieving Record‐High Stretchability and Mechanical Stability in Organic Photovoltaic Blends with a Dilute‐absorber Strategy

  1. From fabrication to function: Innovations in intrinsically stretchable all-polymer solar cells

    Kangkang Zhou, Wei Zhai, Vakhobjon Kuvondikov +2

    СтатьяOrganic Electronics and PhotovoltaicsNexus2025Цитирований: 7
    ABI

  2. Organic photovoltaics generate more power under stretching

    Saimeng Li, Junwei Liu, Vakhobjon Kuvondikov +2

    СтатьяOrganic Electronics and PhotovoltaicsMatter2025Цитирований: 7
    ABI

  3. Stretching the future: strategies and emerging trends in stretchable organic photovoltaic materials

    Jingyu Zuo, Dexia Han, Huifeng Yao +2

    СтатьяOrganic Electronics and PhotovoltaicsEnergy & Environmental Science2025Цитирований: 6
    ABI

  4. Mechanically Stable and Intrinsically Stretchy Organic Photovoltaics via Constructing Stress‐Dissipative Networks<sup>†</sup>

    Huizhen Ke, Haijuan Xie, Luoxi Pei +8

    СтатьяOrganic Electronics and PhotovoltaicsChinese Journal of Chemistry2025Цитирований: 6
    ABI

  5. Unlocking intrinsic stretchability in PM6-based materials for next-generation solar cells: challenges and innovations

    Chunlong Sun, Saimeng Li, Vakhobjon Kuvondikov +2

    СтатьяOrganic Electronics and PhotovoltaicsScience China Materials2025Цитирований: 4
    ABI

  6. A General Elastomeric Agent to Addressing Embrittlement in High‐Efficiency Organic Solar Cells

    Saimeng Li, Yufei Wang, Chunlong Sun +13

    СтатьяOrganic Electronics and PhotovoltaicsAdvanced Materials2025Цитирований: 1
    ABI

  7. A Composite Interlayer Enabling Simultaneous Performance Enhancement in Quantum Dot Solar Cells and Photodetectors <sup>†</sup>

    Youdi Zhang, Pai Peng, Yang Xu +6

    СтатьяOrganic Electronics and PhotovoltaicsChinese Journal of Chemistry2025Цитирований: 1
    ABI

  8. Cost-effective poly(3-alkylthiophene)-based organic photovoltaics: advancing solar energy conversion and photodetection technologies

    Kai Zhang, Mengyuan Gao, Junjiang Wu +6

    Обзорная статьяOrganic Electronics and PhotovoltaicsMaterials Horizons2025Цитирований: 1
    ABI

  9. A Dual‐Polythiophene Blending Strategy to Reduce the Efficiency‐Stability‐Cost Gap of Solar Cells

    Qingchun Qi, Jingjing Wang, Mengyuan Gao +7

    СтатьяOrganic Electronics and PhotovoltaicsSmall2023Цитирований: 1
    ABI

  10. Stress‐Dissipative Network Design Unlocks Stretchy All‐Polymer Photovoltaics with Record Mechanical Robustness

    Bing Sun, Xin Li, Wenchao Zhao +7

    СтатьяOrganic Electronics and PhotovoltaicsAdvanced Functional Materials2025Цитирований: 0
    ABI

  11. Dual Liquid Rubber Matrix Based Highly Efficient and Mechanically Robust Layer‐by‐Layer Organic Solar Cells

    Yuchen Liao, Huimin Xiang, Tianyu Hu +11

    СтатьяOrganic Electronics and PhotovoltaicsSusMat2025Цитирований: 0
    ABI

  12. Elasticization Enables Strain‐Tolerant Microstructure and Enhanced Performance in Stretchable Polymer Solar Cells

    Chunlong Sun, Saimeng Li, J P Feng +6

    СтатьяAdvanced Sensor and Energy Harvesting MaterialsAdvanced Materials2026Цитирований: 0
    ABI

  13. Flexible and Stretchy Organic Photodetectors for Wearable Sensing <sup>†</sup>

    Yimin Yang, Kai Zhang, Vakhobjon Kuvondikov +2

    СтатьяAdvanced Sensor and Energy Harvesting MaterialsChinese Journal of Chemistry2026Цитирований: 0
    ABI