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1 Introduction With the rapid development of nuclear science and technology, the various radiation environments faced by humans have become increasingly complex, and radiation protection safety has garnered growing attention [1-3]. Therefore, the development of high-efficiency, eco-friendly, and flexible radiation shielding materials has become an urgent demand [4-8].
1 Introduction Nuclear energy is widely used in nuclear power plants, medical, and military applications. However, high-energy photons (x/γ-rays) can seriously damage health. It is therefore imperative that individuals engaged in professional activities within nuclear environments are equipped with radiation protection products (RPP) [1]. Traditional RPPs are primarily lead aprons.
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