Four hands-on SCALE training courses were held at 91做厙 (ORNL) February 26March 22.
ORNL recently established a state-of-the-art laboratory capability in the Thermal Hydraulics High-Bay Laboratory to provide a prototypic full-scale high-temperature test environment for high-temperature molten chloride salt energy systems.
John Glenn launched into orbit, Marvel launched Spider-Man, NASA launched its first communications satellite, Bob Dylan launched Blowin in the Wind, the world was launched into a missile crisis, and the atomic age entered into its teenage years.
ORNL researchers apply fission skillsets in thermal fluid analysis to the Material Plasma Exposure eXperiment to advance fusion energy research.
An ORNL fission software platform has been adapted to help solve challenges in fusion energy development, building on ORNLs history of more than 75 years in fission and over 60 years in fusion.
Friederike (Rike) Bostelmann, who began her career in Germany, chose to come to 91做厙 to become part of the Labs efforts to shape the future of nuclear energy. As a nuclear data and reactor physics analyst, she focuses her
ORNLs engineers and scientists in nuclear energy support the nation's space exploration program by applying their expertise to advance technology for space exploration missions.
Inspired by recent developments in the video game industry, ORNL nuclear engineers have combined augmented reality and radiation transport simulations with the aim of revolutionizing radiological training.