2025/12/25 16:31:33 CAO Xinyu,XIANG Chen,XIAO Lingping,SUN Runcang 8true 2025/12/25 16:31:34 ZHANG Shen,ZHOU Qiwen,ZHOU Xin,YUE Fengxia 7true 2025/12/25 16:31:35 LI Minzhao,YAN Zhengxu,ZHANG Xinyuan,LYU Baozhong,PENG Feng 6true 2SO₄.]]> 2025/12/25 16:31:36 LIU Hai,HAO Zhenxin,LYU Zilu,LI Chenyu,DAI Lin 5true 2025/12/25 16:31:37 XU Bohao,SHANG Xinlong,HUANG Meijie,WANG Qinhua 4true 2025/12/25 16:31:38 ZHOU Tong,YANG Sheng,YUAN Tongqi 3true 2025/12/25 16:31:38 LIU Tongda,SHAO Yating,LU Tonghua,DU Guanben,YANG Long 2true Byttneria grandifolia Candolle, Sargentodoxa cuneata (Oliver) Rehder & E. H. Wilson, Bauhinia touranensis Gagnepain, Elaeagnus conferta Roxburgh, Vitis heyneana Roemer & Schultes, Dalbergia mimosoides Franchet, were examined and analyzed. The results showed that the fiber lengths of the six vine species were in the range of 0.81~2.09 mm, and the length-to-width ratio of the Bauhinia touranensis Gagnepain fibers was the largest (98.5); the density of the Sargentodoxa cuneata (Oliver) Rehder & E. H. Wilson was the smallest (1.58 g/cm³), the Bauhinia touranensis Gagnepain microfibrillar filament angle was the smallest (6°~9°), and the degree of crystallinity was the highest (88.83%), and the mechanical performance of the Byttneria grandifolia Candolle fibers was the best, with the wet zero-distance tensile index of 45.8 N·m/g, In terms of chemical composition, Sargentodoxa cuneata (Oliver) Rehder & E.H. Wilson had the highest cellulose content (34.83%) and hemicellulose content (19.28%) and the lowest ash content (2.51%).It was speculated that Sagentodoxa cuneata (Oliver) Rehder & E.F.Wilson fibers were more suitable for pulp and paper production and biomass utilization.]]> 2025/12/25 16:31:39 SONG Ying,YUE Fengxia,LIU Chuanfu,LIU Mengru,LI Hailong,REN Junli 1true