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| 1 | Fabrication of Sulfated Silk Fibroin‑Based Blend Nanofbrous Membranes for Lysozyme Adsorption显示文摘In this work,the silk fbroin/cellulose blend nanofbrous membranes modifed with sodium-3-sulfobenzoate(S-SCBNM)were fabricated by electrospinning technique for lysozyme adsorption.The morphology and structure of membranes was observed.The efect of sulfate contents,pH values and concentration of lysozyme on adsorption performance were studied,respectively.The reuse capacity was evaluated.The results showed that the resultant S-SCBNM exhibited integrated properties of ultrathin fber diameter(148 nm),fast adsorption equilibrium,excellent adsorption performance(636 mg g−1)and good reversibility.We envision that this new class of green and natural blend membranes is particularly promising for the development of proteins separation. | Ying Zhou Jiaxue Wu Yanyi Li Wei Zhang Yushan Zou Lian Duan Xiao Yang Bo Xiao Shixiong Yi | 2022 | Advanced Fiber Materials2022，4，1： | 1 |
| 2 | An automatic statistical segmentation algorithm for extraction of fire and smoke regions显示文摘 | Li Ying Vodacek A Zhu Yushan | 2007 | Remote Sensing of Environment2007，108，2： | 1 |
| 3 | An automatic statistical segmen- tation algorithm for extraction of fire and smoke regions显示文摘 | Li Ying Vodacek A Zhu Yushan | 2007 | Re- mote Sensing of Environment2007，108，2： | 1 |
| 4 | Frequency Planning Scheme Based on Interference Coordination for OFDM-Relay Systems 显示文摘 | YUSHAN P HUI T YING W | 2012 | IEEE Communications Letters2012，15，1： | 1 |
| 5 | Fast,simple,efficient Agrobacterium rhizogenes-mediated transformation system to non-heading Chinese cabbage with transgenic roots显示文摘Non-heading Chinese cabbage, a variety of Brassica campestris, is an important vegetable crop in the Yangtze River Basin of China. However,the immaturity of its stable transformation system and its low transformation efficiency limit gene function research on non-heading Chinese cabbage. Agrobacterium rhizogenes-mediated(ARM) transgenic technology is a rapid and effective transformation method that has not yet been established for non-heading Chinese cabbage plants. Here, we optimized conventional ARM approaches(one-step and two-step transformation methods) suitable for living non-heading Chinese cabbage plants in nonsterile environments. Transgenic roots in composite non-heading Chinese cabbage plants were identified using phenotypic detection, fluorescence observation, and PCR analysis. The transformation efficiency of a two-step method on four five-day-old non-heading Chinese cabbage seedlings(Suzhouqing, Huangmeigui, Wuyueman, and Sijiu Caixin) was 43.33%-51.09%, whereas using the stout hypocotyl resulted in a transformation efficiency of 54.88% for the 30-day-old Sijiu Caixin.The one-step method outperformed the two-step method;the transformation efficiency of different varieties was above 60%, and both methods can be used to obtain transgenic roots for functional studies within one month. Finally, optimized ARM transformation methods can easily,quickly, and effectively produce composite non-heading Chinese cabbage plants with transgenic roots, providing a reliable foundation for gene function research and non-heading Chinese cabbage genetic improvement breeding. | Huiyu Wang Yushan Zheng Qian Zhou Ying Li Tongkun Liu Xilin Hou | 2024 | Horticultural Plant Journal2024，10，2： | 0 |
| 6 | Photothermal superhydrophobic copper nanowire assemblies: fabrication and deicing/defrosting applications显示文摘Ice and frost buildup continuously pose significant challenges to multiple fields.As a promising de-icing/defrosting alternative,designing photothermal coatings that leverage on the abundant sunlight source on the earth to facilitate ice/frost melting has attracted tremendous attention recently.However,previous designs suffered from either localized surface heating owing to the limited thermal conductivity or unsatisfied meltwater removal rate due to strong water/substrate interaction.Herein,we developed a facile approach to fabricate surfaces that combine photothermal,heat-conducting,and superhydrophobic properties into one to achieve efficient de-icing and defrosting.Featuring copper nanowire assemblies,such surfaces were fabricated via the simple template-assisted electrodeposition method,allowing us to tune the nanowire assembly geometry by adjusting the template dimensions and electrodeposition time.The highly ordered copper nanowire assemblies facilitated efficient sunlight absorption and lateral heat spreading,resulting in a fast overall temperature rise to enable the thawing of ice and frost.Further promoted by the excellent water repellency of the surface,the thawed ice and frost could be spontaneously and promptly removed.In this way,the all-in-one design enabled highly enhanced de-icing and defrosting performance compared to other nanostructured surfaces merely with superhydrophobicity,photothermal effect,or the combination of both.In particular,the defrosting efficiency could approach∼100%,which was the highest compared to previous studies.Overall,our approach demonstrates a promising path toward designing highly effective artificial deicing/defrosting surfaces. | Siyan Yang Qixun Li Bingang Du Yushan Ying Yijun Zeng Yuankai Jin Xuezhi Qin Shouwei Gao Steven Wang Zuankai Wang Rongfu Wen Xuehu Ma | 2023 | International Journal of Extreme Manufacturing2023，5，4： | 0 |
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