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Machine Learning-Assisted Rapid Development of High Performance Flexible Lead-Free Radiation Shielding Gels

Authors: Wenjie Ma; Mingxu Zheng; Runchuan Wang; Xuefei Wu; Tianyu Wang; Xinjing You; Yujiao Jiang; Hao Zhang; Yueping Li; Silei Chen; Yan Yan; Lihua Zhang; Xiaozhuang Zhou; Boyuan Fan; Xiaju Cheng; Jiale Han; Liang Sun; Shuwang Wu

DOI: 10.1007/s40843-025-4057-4Status: Verified Translated Edition
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Key Findings in This Report

• • The optimized gel with 50 wt% metal loading achieves >98% X-ray shielding efficiency at 5 mm thickness, outperforming lead composites at 120 kV, addressing the need for effective lead-free alternatives. • • Mechanical robustness: tensile strength of 1.76 MPa, toughness of 6.3 MJ m−3, and elongation of 600%, ensuring durability for flexible shielding applications. • • Rapid fabrication: gel formation occurs within 1 minute at -20°C using a PVA-DMSO/H2O co-solvent system, enabling scalable and time-efficient production. • • Anti-freezing capability: retains flexibility at -50°C, expanding operational temperature range for diverse environments.