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Strategic thinking in chemistry and materials
Publication year - 1995
Language(s) - English
Resource type - Reports
DOI - 10.2172/135018
Subject(s) - petascale computing , computer science , supercomputer , exascale computing , data science , systems engineering , engineering , operating system
Science and technology challenges facing the Chemistry and Materials program relate to the fundamental problem of addressing the critical needs to improve our understanding of how nuclear weapons function and age, while experiencing increased pressures to compensate for a decreasing technology base. Chemistry and materials expertise is an enabling capability embedded within every aspect of nuclear weapons design, testing, production, surveillance and dismantlement. Requirements to capture an enduring chemistry and materials technology base from throughout the integrated contractor complex have promoted a highly visible obligation on the weapons research and development program. The only successful response to this challenge must come from direct improvements in effectiveness and efficiency accomplished through improved understanding. Strategic thinking has generated the following three overarching focus areas for the chemistry and materials competency: As-built Materials Characterization and Performance; Materials Aging; and, Materials Synthesis and Processing

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