Anxi Zhu

High Performance Dual‐Mode X‐Ray Detection Based on 0D Organic–Inorganic Hybrid Mn Halides

Z D Zhang, Junheng Yuan, Dedan Mu, Kai Yang et autres

ABSTRACT X‐ray detection technology plays a crucial role in medical imaging, industrial non‐destructive testing, and security screening. However, conventional scintillator materials typically rely on a single luminescence mechanism, making it challenging to achieve both real‐time signal response and radiation dose information storage …

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Realizing Multidimensional UV/X-Ray Visualization Detection via Ionic Site Migration

J S Liu, Heng Dai, Yuan Xue, Xinran Wang et autres

Visualizing concealed optical information by using optical materials enables the identification of hidden threats and early risk warnings. However, current approaches to multimode optical detection using fluorescent materials often employ composite luminescence from multiple rare-earth ions, significantly limiting their application. Here, Mn …

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Valence state regulation of Eu ions in inorganic phosphors and their applications in 3D printing and multicolor displays

Anxi Zhu, Heng Dai, Doudou Zhang, Junli Liu et autres

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Mn valence state transition via Li + structure modulation and charge transfer for multi-modal temperature sensing and optical encryption applications

Heng Dai, Zhichao Liu, Xinran Wang, Junli Liu et autres

In this study, the self-reduction behavior of Mn was effectively inhibited by Li + ion co-doping, and the mechanism of Li + regulating the Mn valence state was revealed.

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Realizing Visual Detection of Invisible Radiation Sources with Double Perovskite Fluorescent Materials

Yajun Zeng, Xingliang Luo, Heng Dai, Anxi Zhu et autres

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Triple Synergistic Luminescence Effect Induced by Gradient Mn2+ Doping

Heng Dai, Junli Liu, Anxi Zhu, Zhichao Liu et autres