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Department of Defense, Defense Nuclear Agency, Armed Forces Radiobiology Research InstituteBiblio.com

Department of Defense 5 Year Plan FY 86-90 for Ionizing Radiation Biomedical Research

1985réf. 82468Department of Defense Defense Nuclear Agency Armed Forces Radiobiology Research Institute 1985. Presumed First Edition First printing thus. Wraps. Good. Various paginations Approximately 275 pages. Illustrations. Table of Contents mis-bound with second page first. Cover has some wear and soiling. Marked For Official Use Only but given the passage of time and introduction of related information into the public domain this limitation is understood to no longer apply. From the Introduction: Forty years after the introduction of nuclear weapons information is still incomplete concerning the effects on man from ionizing radiation produced by those weapons. the information is important because radiation adversely affect both the combat performance effectiveness and the survivability of personnel. It is hoped that further knowledge will be gained from research such as that conducted by the Armed Forces Radiobiology Research Institute AFRRI. Research to define and manage the effects of ionizing radiation on military personnel is the primary responsibility of AFRRI. AFRRI a unit of the Defense Nuclear Agency DNA is the principal radiobiology research laboratory for the Department of Defense This Five-Year Research Plan is developed in response to the currently defined requirements of the U.S. Armed Services in the area of radiation research. This is the third generation of a DoD Radiation Research Plan. This Plan presents a fully integrated DoD Radiobiology Research Program by including the AFRRI in-house research effort as well as the complementary DNA Biomedical Effects STBE Directorate effort with specific research areas of the Army and the Air Force. Since the development of the first Five-Year Research Plan the AFRRI Board of Governors has required that the Five-Year Research Plan be evaluated and priorities by an operational and medical representative of each Surgeon General. This group the Radiation Research Review Committee has met numerous times since 1981 to recommend changes to the Five-Year Research Plan most recently on 31 October 1985. The changes recommends by the Radiation Research Review Committee have been incorporated and the research priorities established. The major priorities are: Radioprotection Section III Human Response Section IV Quantitation and Preservation of Combat Performance Section V Reconstitution and Preservation of Hemopoietic and Immune Function Section VI Treatment of Radiation Casualties Section VII and Mechanisms of Radiation Sensitivity Section VIII. Department of Defense, Defense Nuclear Agency, Armed Forces Radiobiology Research Institute paperback

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Hebel, L Charles, Chairman, The Study Group on Nuclear Fuel Cycles and Waste ManagementBiblio.com

Report to the American Physical Society by The Study Group on Nuclear Fuel Cycles and Waste Management

1977réf. 85184New York: American Physical Society 1977. Presumed First Edition First printing thus. Wraps. Good/No dust jacket issued. Format is approximately 8.5 inches by 11 inches by 1.5 inches. Three hole punched. Various paginations. Front cover has wear soiling a blacked out portion name and an edge tear. Other pages have small blacked out portions at the top. This report was to be published in teh Review of Modern Physics per cover. The APS Study Group found existing technology and straightforward extensions sufficient for managing nuclear wastes but unresolved economic institutional and political questions cloud the commercial use of plutonium. The study group consisted of a dozen physicists chemists engineers and geologists. Contents include: Summary of the Study; Introduction; Primer on the Fuel Cycle; LWR Fuel Cycle--Technology and Economics of Reprocessing and Recycle; LWR Fuel Cycle--Assessment of Radiation Exposures; LWR Fuel Cycle--Safeguards; High-Level and TRU Waste Management; Advanced Fuel Cycle Alternatives; Institutional and Organizational Issues of the Nuclear Fuel Cycle and Waste Management Program and Appendixes. Utilization of nuclear fuels and management of nuclear wastes have become major topics of public discussion. Under the auspices of the American Physical Society this study was undertaken as an independent evaluation of technical issues in the use of fissionable materials in nuclear fuel cycles together with their principal economic environmental health and safety implications. Reprocessing and recycling in light water reactors were examined along with technical measures proposed as possible safeguards; advanced reactor fuel cycles were also studied for their resource and safeguards implications. Much of the work of the group centered on the principal alternatives for disposal of radioactive wastes and control of effluents. The group examined the research and development programs sponsored by government agencies along with associated relationships among agencies and between government and private industry. Available information was also considered on nuclear fuel resources and on important economic and environmental aspects of the various fuel cycles in order to strive for a balanced comparative study. The report presents many conclusions on various aspects of the nuclear fuel cycles and also provides recommendations concerning present utilization and future improvement of fuel cycle technology. American Physical Society paperback

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Working Group on Quantification of Uncertainties of the Committee on Dynamic Analysis of the Committee on Nuclear Structures andBiblio.com

Uncertainty and Conservatism in the Seismic Analysis and Design of Nuclear Facilities

1986réf. 91630New York: American Society of Civil Engineers 1986. Presumed First Edition First Printing. Trade paperback. Good. viii 302 2 pages. Figures. Formulae. Map. Tables. References. Ex-Library with the usual library markings. The report Uncertainty and Conservatism in the Seismic Analysis and Design of Nuclear Facilities published by the American Society of Civil Engineers ASCE Working Group on Quantification of Uncertainties evaluates how safety margins and variability are calculated in nuclear plant engineering. It addresses the identification of conservatisms the quantification of safety unknowns and methods to balance structural reliability with realistic design responses. Key Evaluation Areas: Seismic Demand & Capacity: Assessing how ground motion variations and structural responses introduce safety gaps. Inelastic Energy Absorption: Accounting for the ability of structures to dissipate seismic energy safely beyond elastic limits. Risk and Fragility: Analyzing component failure probabilities to refine deterministic design rules into risk-informed practices. The American Society of Civil Engineers ASCE is a tax-exempt professional body founded in 1852 to represent members of the civil engineering profession worldwide. Headquartered in Reston Virginia it is the oldest national engineering society in the United States. Its constitution was based on the older Boston Society of Civil Engineers from 1848. ASCE is dedicated to the advancement of the science and profession of civil engineering and the enhancement of human welfare through the activities of society members. It has more than 143000 members in 177 countries. Its mission is to provide essential value to members their careers partners and the public; facilitate the advancement of technology; encourage and provide the tools for lifelong learning; promote professionalism and the profession; develop and support civil engineers. American Society of Civil Engineers paperback

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