Analysis of the Application of Lead-Steel Structure in Industrial X-ray Radiographic Inspection Rooms
Abstract
With the widespread application of industrial X-ray inspection technology, ensuring the safety and health of operators has become a key issue. Due to its excellent radiation shielding performance, lead-steel structure is widely used in X-ray inspection rooms. This paper analyzes the application of lead-steel structures in industrial X-ray inspection rooms, particularly focusing on their advantages and challenges in radiation protection and monitoring. Firstly, the characteristics of lead-steel structures and their role in X-ray inspection rooms are introduced, emphasizing the necessity of protective design. Then, the basic requirements of radiation protection and monitoring, relevant regulations, and standards are discussed, along with the analysis of radiation monitoring equipment and methods. Finally, through data collection and analysis, the protective effect of lead-steel structures is evaluated, and the experimental results are discussed with suggestions for improvements. The study shows that lead-steel structures can effectively improve radiation protection performance in X-ray inspection rooms, but they still need optimization based on environmental requirements.
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