Speaker
Description
In the practical scenarios, On-Site Inspection (OSI) could be conducted in any place that is in an environment with radiation hazards. Traditional radiation shielding materials are mainly made of lead-containing rubber materials. Although lead is a good radiation shielding material, its high toxicity, overweight and unstable shielding efficiency also cause irreversible damage to the human body and the environment during the use and disposal process. Lead-free flexible radiation shielding composites using tungsten, bismuth, rare earths and other materials can effectively compensate for the shortcomings of lead-containing materials. For the integrated CBRN protection needs of PPE in OSI scenarios, the shielding materials can effectively solve the critical problems, such as shielding efficiency, comfort, heat dissipation, and environmental protection. This work carried out a practical clothing solution for the OSI inspection team based on different roles and functionalities of the inspectors, with theoretical analysis and test results being given for realistic challenging OSI scenarios.
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