Morus alba， Morus cathayana， Morus australis， Ficus concinna， Ficus heteromorpha). The results indicated that all five moraceae phloem fibers exhibited slender structures， among which the Morus cathayana phloem fiber had the maximum average length (3.02 mm) and the highest aspect ratio (123). The density of these five moraceae phloem fibers ranged from 1.47 to 1.65 g/cm³， all demonstrating high crystallinity (>80%)， with the crystallinity of Ficus concinna phloem reaching as high as 87.42%. Significant differences were observed in their zero-span tensile indices. The Morus alba phloem fiber exhibited the highest dry zero-span tensile index (94.0 N·m/g)， while the Morus cathayana phloem fiber showed the highest wet zero-span tensile index (62.2 N·m/g). Comprehensive evaluation of morphological structure and mechanical properties revealed that Morus alba and Morus cathayana phloem fibers demonstrated superior performance， establishing them as superior raw materials within the pulp and paper industry.]]> 2025/12/25 16:31:41 ZENG Heyang,XIAO Yuying,CHU Shengze,GUO Qiyu,WANG Yuanyuan,SHI Lisheng,LI Hailong 3true 2025/12/25 16:31:42 DONG Cunjun,ZENG Qiang,SUN Peng,YAN Li,ZHOU Yufeng,XIAO Chao,YANG Dewei,HUANG Yuanjing,WANG Lei 2true 2 capture.In addition， adsorption kinetics， isosteric heat of adsorption， cycling stability， CO₂/N₂ selectivity， and water uptake were evaluated. The APTES-functionalized cellulose/GO composite aerogel exhibited CO₂ uptaked of 1.2， 1.5， and 2.5 mmol/g at 25 ℃ under 0.001， 0.01， and 0.1 MPa， respectively， with a CO₂/N₂ selectivity of 87 at 0.01 MPa. The material showed robust cycling performance： only slight capacity fade under pressure-swing adsorption， while complete regeneration was achieved after temperature- and/or pressure-swing desorption.]]> 2025/12/25 16:31:42 CHEN Qunyu,ZHANG Jiebing 1true