K-NEISS, k-neiss, kneiss, nu-gpt, NU-GPT, nugpt

열린마당

국내외 전문자료

첨단 핵 재료 및 제조 (Advanced Nuclear Materials and Manufacturing)

2024-01-09

국내외 전문자료

첨단 핵 재료 및 제조 (Advanced Nuclear Materials and Manufacturing)

첨부파일
파일이 없습니다.

첨단 핵 재료 및 제조 (Advanced Nuclear Materials and Manufacturing)

본 보고서는 증가하는 에너지 수요를 충족하기 위한 방법으로 혁신적이고 신뢰할 수 있는 원자로 소재에 대하여 소개하고 있습니다.

To meet growing energy demands, the nuclear industry needs innovative, trustworthy materials that can keep up with rapid developments in fuel and reactors. Developing new materials provides avenues for innovative

reactor improvements and understanding how current material performance sustains and extends the lifetime of a nuclear facility.

Pacific Northwest National Laboratory (PNNL) streamlines the time it takes for new materials to move from design to deployment by integrating knowledge and tools to holistically address material property needs, production contingencies, development constraints, and performance quantification. Understanding a material’s entire lifecycle from designing new materials through performance testing, efficient production, and successful

operation allows us to more quickly create robust materials that address today’s challenges and prepare for future nuclear systems that operate more safely and economically.