2006 LLNL Nuclear Science Summer Internship Program June 13 - August 11, 2006 Lawrence Livermore National Laboratory Chemistry, Materials, and Life Sciences Glenn T. Seaborg Institute Livermore, CA 94550, USA Web site: http://cms.llnl.gov/review/seaborginstitute/index.html Director: Annie Kersting Education Coordinator: Nancy Hutcheon Administrative Assistant: Linda Jones Sponsors: Office of Nonproliferation Research and Engineering (NA-22) Advanced Fuel Cycle Initiative LLNL: Chemistry, Materials, & Life Science The Lawrence Livermore National Laboratory (LLNL) Nuclear Science Summer Internship Program (NSSIP) is designed to give both undergraduate and graduate students an opportunity to come to LLNL for 8 weeks during the summer for a hands-on research experience ...

Research At LLNLs Seaborg Institute scientists study radioactive isotopeswith research that spans actinide chemistry environmental radiochemistry and hydrology nuclear forensics nuclear cross-section measurements and development of novel experimental techniques in rapid separation chemistry Environmental ...

Resources LLNL researchersand visiting scientistsuse LLNLs world-class experimental resources and modeling codes as they explore challenges in nuclear science and radiochemistry Instrumentation LLNL has more than 50 radiological labs designed for studying radioactive isotopes In addition our technology ...

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Missions Climate Cyber security Defense Energy Nuclear deterrence Space security Threat preparedness Core Competencies Advanced Materials and Manufacturing Bioscience and Bioengineering Earth and Atmospheric Science High-Energy-Density Science HPC Simulation and Data Science Lasers and Optical SampT ...

Missions Climate Cyber security Defense Energy Nuclear deterrence Space security Threat preparedness Core Competencies Advanced Materials and Manufacturing Bioscience and Bioengineering Earth and Atmospheric Science High-Energy-Density Science HPC Simulation and Data Science Lasers and Optical SampT ...

Missions Climate Cyber security Defense Energy Nuclear deterrence Space security Threat preparedness Core Competencies Advanced Materials and Manufacturing Bioscience and Bioengineering Earth and Atmospheric Science High-Energy-Density Science HPC Simulation and Data Science Lasers and Optical SampT ...

Missions Cyber security Defense Earth system resilience Energy Nuclear deterrence Space security Threat preparedness Core Competencies Advanced Materials and Manufacturing Bioscience and Bioengineering Earth and Atmospheric Science High-Energy-Density Science HPC Simulation and Data Science Lasers and ...

Actinide Chemistry LLNL scientists advance fundamental knowledge in actinide chemistrystudying the unique properties of some of the heaviest elements on Earth Elements with exotic chemical properties During a fluorescence spectroscopy experiment at LLNL aimed at studying the behavior of radioactive ...

Environmental Radiochemistry LLNL researchers predict the movement of radioactive isotopes above and below Earths surface fostering long-term environmental stewardship Actinide-related environmental research Plutonium is the most abundant and chemically complex anthropogenic actinide Since the dawn ...