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JOURNAL OF APPLIED POLYMER SCIENCE · 2021 ·Vol. 138 ·期 48 ·51601 · IF 3.125

Electroresponsive and spinnable hydrogels from xanthan gum and gelatin enhanced by Fe3+ ions coordination

Qianru Xu,Yaqi Zhang,Ruquan Zhang,Yongzhen Tao

Polyelectrolyte hydrogels with spinnability and electroresponsive were prepared from xanthan gum (XG) and gelatin. Oscillatory rheological measurements were utilized to explore mechanical properties and thermal stability of the resultant XG-Gelatin5 hydrogels. The XG-Gelatin5 hydrogels possessed higher strength and larger critical strain than these of the XG hydrogels, demonstrating existence of synergistic interactions. The XG-Gelatin5 hydrogels were stable in temperature range of 20–60°C, and gradually release drug with controlled manner in neutral and acid medium at 37°C. The self-recoverable and thixotropic XG-Gelatin5 hydrogels were extruded to form hydrogel fibers, and the dried hydrogel fibers rapidly bend towards cathode under applied voltage. Long hydrogel fibers were harvested with enhancement by Fe 3+ ions, and were weaved and braided to obtain hydrogel fiber constructs. The XG-Gelatin5 hydrogel fibers with electroresponsive and controlled drug release possess potential applications in biomaterials, tissue engineering, and drug carrier fields.

研究领域: 生物材料 · 组织工程 · 药剂学
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CHEMISTRY OF MATERIALS · 2023 · IF 8.6

Tuning and Enhancing Nonlinear Optical Behavior in Hybrid Arylammonium Perrhenate Salts through Halogen Substitution

Min Wan,Yan-Ning Wang,Wen-He Zhong,Hao-Ran Chen,Zi-Mu Li,Cai-Hong Shi,Qing-Ling Cao,Jie-Yu Zhu,Li-Zhuang Chen

In the realm of optical and quantum computing, second-harmonic generation (SHG) serves as a valuable nonlinear optical element for both optical signal processing and quantum information processing. Herein, we report a series of innovative nonlinear optical (NLO) materials, denoted as (4-F-BTAB)ReO4, (4-Cl-BTAB)ReO4, and (4-Br-BTAB)ReO4 (BTAB = para-halobenzyltrimethylammoniun), which show illustrious high-contrast “off-on–off” SHG conversion over a broad temperature range. The precise halogen modification of cations not only achieves significant SHG signal intensity (1.08 × KDP–3.23 × KDP) but also elevates phase transition temperatures from 415.5 to 474.4 K. Notably, (4-Br-BTAB)ReO4 demonstrates a heightened SHG-active state with an increase of nearly 60 K, along with a wide band gap of 3.646 eV and enhanced piezoresponse performance of 2.25 V. This study contributes to the diversification of switchable NLO materials.

研究领域: 光学材料 · 量子计算 · 材料科学 · 非线性光学
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