2024/6/25 9:40:40 TANG Yiquan,RUI Anna,YANG Jiyou,SHANG Sainan,SI Chuanling,BIAN Jing 7true in-situ using NaOH and H₂O₂， and then TEMPO oxidation method was used to separate the originally gathered cellulose， and sugarcane cellulose aerogel was obtained after freeze-drying. The samples were characterized by universal material testing machine， specific surface area and aperture analyzer， and thermogravimetric analyzer. The results showed that the maximum stress sugarcane cellulose aerogel was up to 0.28 MPa and it’s specific surface area was up to 22.4 m²/g which showed excellent thermal stability. After hydrophobic modification with methyltrimethoxysilane （MTMS）， the sugarcane cellulose aerogel was transformed into a superhydrophobic cellulose aerogel with water contact angle up to 147.17° and the maximum oil adsorption up to 15.86 g/g.]]> 2024/6/25 9:40:42 CHANG Junxia,CHEN Xinyi,ZHOU Wei,REN Mengyu,YANG Shujuan,YANG Fei,ZHANG Yong 6true 2024/6/25 9:40:42 XUE Hong,LI Haiming 5true 2024/6/25 9:40:44 HUANG Qiaoling,LI Zerong,XU Yonglin,HU Jialong,CUI Jinghao,GUO Binhui,LI Wei 4true 2026/3/24 15:05:56 ZHAO Kun,BU Qi,FU Yingjuan,ZHANG Yongchao 3true 2026/3/24 15:05:58 SHAO Wenxuan,XIA Guangmei,WANG Shoujuan,KONG Fangong,XI Yuebin,ZHANG Fengshan 2true 2O solvent system， respectively. Structural characterization and performance testing of SCP-RCF were conducted using Fourier Transform Infrared Spectroscopy (FT-IR)， X-ray Diffraction (XRD)， single-fiber strength tester， and Kjeldahl nitrogen analyzer. The result showed that physical blended SCP-RCF exhibited poor mechanical properties and low protein retention after washing. At a fixed methanol protein addition amount of 10%， chemical crosslinking experiments revealed that adding 1，4-butanediol diglycidyl ether (BDDE) significantly enhanced overall performance. At a BDDE addition amount of 5%， the breaking strength of prepared SCP-RCF increased from 1.5 cN/dtex to 1.78 cN/dtex， the elongation at break rose from 6.4% to 12.5%， and the protein retention rate after washing improved from 24.9% to 65.1%.]]> 2026/3/24 15:05:59 ZHANG Haoran,CAO Jian,LYU Yangyong,WEI Shan,LEI Yang,LIU Dongqi,HU Yuansen 1true