The widespread application of high-energy X-ray radiation has prompted improvements in
the performance of radiation-protection materials. Currently, achieving enhanced X-ray …

The rapid development of nuclear technology has brought convenience to medical,
industrial, and military fields. However, long-term exposure to a radiation environment with …

The creation of wearable protection materials with optimal overall performance is essential
to meet the requirements of nuclear workers. Here, multilayer composites with “interlocked …

Advanced X‐and γ‐ray‐shielding materials are conventionally designed and fabricated via
the uniform dispersion of high‐Z elements into the substrate. These soluble high‐Z elements …

In this study, red mud and bismuth oxide containing coated fabrics were produced and
examined to form gamma-radiation shield alternatives to lead competitors. For this purpose …

This study utilizes the monochromatic X-ray radiation device established by the National
Institute of Metrology, China, to conduct a systematic experimental investigation of the mass …

The escalating utilization of ionizing radiation across medicine and industry, coupled with
the relentless global nuclear rivalry, underscoring the paramount urgency of effective …

With the increasing threat of electromagnetic interference, developing lightweight and
flexible multiband protection materials that can protect humans from harmful electromagnetic …