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    • Pervasive Infiltration and Multi-Branch Chemisorption of N-719 Molecules into Newly Designed Spongy TiO2 Layers Deposited by Gig-Lox Sputtering Processes

    Salvatore Sanzaro,Enza Fazio,Fortunato Neri,Emanuele Smecca,Corrado Bongiorno,Giovanni Mannino,Rosaria Anna Puglisi,Antonino La Magna,Alessandra Alberti

    Journal of materials chemistry（2017）

    Department of Mathematical and Computational Sciences | CNR

    Cited 12|Views9
    Abstract
    We illustrate the bimodal porosity of the gig-lox sponge for high/deep dye loading and multi-branch dye anchoring combined with high charge collection capability.
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    【要点】：本文提出了一种新型海绵状TiO2层，通过Gig-Lox溅射过程实现N-719分子的广泛渗透和多分支化学吸附，以提高染料负载和电荷收集能力。
    

    【方法】：采用Gig-Lox溅射技术制备海绵状TiO2层，并利用其双模态孔隙结构实现N-719分子的深入渗透和多分支固定。
    

    【实验】：通过实验验证了新型海绵状TiO2层的性能，具体数据集名称未提及。
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