Sort by
Refine Your Search
-
Requisition Id 16006 Overview: ORNL is the largest science and energy laboratory in the US Department of Energy. It conducts research to solve energy and security problems. Join the ORNL Particle
-
solutions to compelling problems in energy and security. We are seeking a Research Associate (RP02) who will support the Plasma Exhaust and Particle Control (PEPC) Group in the Fusion Energy Division, Fusion
-
to analyze data from nuclear physics experiments. Preference will be given to candidates who have experience analyzing complex data sets from gamma-ray arrays, such as GRETINA, and charged particle-detectors
-
concepts Knowledge of DC and pulsed power supplies of the types used in particle accelerators Knowledge of design for EMC Demonstrated ability to guide work of a team of engineers and technicians in a
-
portfolio includes materials science and engineering, chemistry, geoscience, nanoscience, soft matter science, analytical chemistry, and nuclear and particle physics applied to a broad range of scientific and
-
employee. Remote Systems specializes in the development of advanced remote processes, handling systems, and robotics for inaccessible environments in nuclear fission, fusion, and particle accelerator
-
/Responsibilities: Provide R&D leadership to the group to strategically advance the science and technology of high-power, high-intensity particle accelerators. Support long-term R&D efforts in AP including advanced
-
/ particle Independently plan, design, and execute experiments. Lead and participate in collaboration with other scientists and technical personnel in a fast-paced, flexible work environment. Maintain
-
functionality. This section is comprised of the following groups. Blanket and Fuel Cycle- Provide the technical basis and solutions for closing the tritium fuel cycle and efficient fueling and power and particle
-
at ORNL. Lead development of research proposals in the area of PMI science Work closely with team members in the areas of fusion materials, fusion blankets, power exhaust, and particle control and