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Silicon-based Tubular Micromotor with SERS Traceability and Magnetic–Thermal Dual Responsiveness

Sijie Zhang Gaoqiang Yin Zuyao Wang Lei Wu Kuo Yang Ruohu Zhang Shenfei Zong Zhuyuan Wang Yiping Cui

Nano Biomedicine & Engineering2025，Vol.17Issue(2)：P.263-276,14.

Nano Biomedicine & Engineering2025，Vol.17Issue(2)：P.263-276,14.DOI:10.26599/NBE.2025.9290118

Silicon-based Tubular Micromotor with SERS Traceability and Magnetic–Thermal Dual Responsiveness

Sijie Zhang ¹Gaoqiang Yin ¹Zuyao Wang ¹Lei Wu ¹Kuo Yang ¹Ruohu Zhang ¹Shenfei Zong ¹Zhuyuan Wang ¹Yiping Cui¹

作者信息

1. Advanced Photonics Center,School of Electronic Science and Engineering,Southeast University,Nanjing 211189,China
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摘要

关键词

micromotor/magnetic field control/surface-enhanced Raman scattering(SERS)tracking/carbon-centered radical/synergistic therapy

分类

医药卫生

引用本文复制引用

Sijie Zhang,Gaoqiang Yin,Zuyao Wang,Lei Wu,Kuo Yang,Ruohu Zhang,Shenfei Zong,Zhuyuan Wang,Yiping Cui..Silicon-based Tubular Micromotor with SERS Traceability and Magnetic–Thermal Dual Responsiveness[J].Nano Biomedicine & Engineering,2025,17(2):P.263-276,14.

基金项目

the Natural Science Foundation of China (NSFC) (Nos. 62175027, 62175030, 62305054, 62205053)。（NSFC）

Nano Biomedicine & Engineering

ISSN：2097-3837

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