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Overview of Nuclear Energy University Programs and Pre-Application Submissions (FY 2011)

In FY 2011, the Nuclear Energy University Programs (NEUP) received 766 pre-applications from 199 research organizations including 133 universities, 9 national laboratories, and 43 industry partners. These submissions represented 41 U.S. states and 5 foreign countries, with notable participation from minority institutions. A total of 241 were invited to submit full applications, showcasing a diverse range of research topics in nuclear energy. Key areas include advanced reactor designs, fuel cycle R&D, and safety strategies, emphasizing innovative methodologies and technologies in the nuclear field.

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Overview of Nuclear Energy University Programs and Pre-Application Submissions (FY 2011)

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  1. Nuclear Energy University Programs FY 2011 NEUP Request for Pre-Application Submission Demographics

  2. Submitted Pre-Applications • NEUP received a total of 766 pre-applications • Pre-applications were submitted by 199 principal and collaborating research organizations • 133 universities • 9 national laboratories • 43 industry • 14 other, including foreign entities • These organizations represent • 41 U.S. states • 5 foreign countries • 19 minority institutions • 2 U.S. territories

  3. Invited Pre-Applications • 241 pre-applications have been invited to submit full applications • Invited pre-applications were submitted by 113 principal and collaborating research organizations: • 83 universities • 9 national laboratories • 18 industry • 3 other, include foreign entities • These organizations represent • 33 U.S. states • 2 foreign countries • 11 minority institutions • 2 U.S. territories

  4. Fuel Cycle R&D FC-1: Separations & Waste Forms FC-2: Advanced Fuels FC-3: Nuclear Theory & Modeling FC-4: Improved Measurement Techniques FC-5:Materials Protection, Accountancy, & Controls Technologies FC-6: Used Nuclear Fuel Disposition FC-7:Fuel Cycle Simulator

  5. Reactor Concepts RD&D ARC-1: Advanced Reactors Concept Development ARC-2: Advanced Energy Conversion ARC-3: Advanced Structural Materials LWRS-1: Advanced Mitigation Strategies LWRS-2: Risk-Informed Safety Margin Characterization LWRS-3: Instrumentation & Control NGNP-1: Computational Methodologies NGNP-2: VHTR Materials NGNP-3: VHTR TRISO Fuels NGNP-4: VHTR Heat Transport, Energy Conversion, Hydrogen & Nuclear Heat Applications SMR-1: Novel Sensors SMR-2: Instrumentation, Control, and Human- Machine Interface SMR-3: Advanced Concepts SMR-4: Assessment Methods

  6. Nuclear Energy Advanced Modeling & Simulation (NEAMS) NEAMS-1: Development of Phenomena-based Methodology for Uncertainty Quantification NEAMS-2: Development of More Efficient Computational Tools

  7. Mission Supporting “Blue Sky” MS-FC: Fuel Cycle R&D MS-NT1: Reactor Materials MS-NT2: Proliferation & Terrorism Risk Assessment MS-NT3: Advanced Sensors and Instrumentation MS-NT4: Advanced Methods for Manufacturing MS-RC: Reactor Concepts RD&D

  8. Pre-Applications by Region

  9. Proposed Budgets Invited Submitted

  10. Organizational Involvement Invited Submitted

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