【摘要】 通过常温DMAc/LiCl全溶解纤维素制备纤维素溶液，将其真空填充多孔性纸张，经溶剂再生、冷冻干燥工艺制备多孔纸基网状模板，通过浸渍LiCl水溶液和冷冻盐析构筑纸基/LiCl-再生纤维素离子导体，探讨了制备工艺与外界条件对材料结构和性能的影响。结果表明：8.0 wt%LiCl盐电解质水溶液，可在多孔性纸张内形成致密的纳米再生纤维素/LiCl网状结构，显著提高吸湿能力（ΔW=0.31 g）及离子电导率（24.6 mS/cm），进而提升湿气产电性能（开路电压为0.67 V，短路电流为135.0μA）。更多还原

【Abstract】 Cellulose solutions were prepared by completely dissolving cellulose at room temperature using a DMAc/LiCl solvent system. These solutions were then vacuum-infused into porous paper substrates to fabricate a network template via solvent regeneration and freeze-drying techniques. Subsequently, the paper-based/LiCl-regenerated cellulose ion conductors were constructed through impregnation with LiCl aqueous solution and cryogenic salt precipitation, exploring the effects of the fabrication process and external conditions on the material’s structure and performance. Results indicated that an 8.0 wt% LiCl electrolyte solution could form a dense network of nano-regenerated cellulose/LiCl within the porous paper, significantly enhancing moisture absorption(ΔW=0.31 g) and ionic conductivity(24.6 mS/cm), thereby improving the performance in moisture-driven electricity generation(open-circuit voltage of 0.67 V and short-circuit current of 135.0 μA).更多还原