M.S Thesis Presentation by Lina Vanessa Daza Llanos
Influence of irradiation damage on stress-assisted grain growth in ultrafine grained Au thin films using in situ transmission electron microscopy mechanical testing
Influence of irradiation damage on stress-assisted grain growth in ultrafine grained Au thin films using in situ transmission electron microscopy mechanical testing
What: Mechanical Engineering Seminar Who: Prof. James Fenton, University of Central Florida - Solar Energy Center When: Tuesday, December 3, 2024 at 10:00 AM Where: MRDC Building Room 4211 Title: Hydrogen and Decarbonization
Flow-Interactive Control of a Flexible Wing Using Aerodynamic Distributed Bleed Actuation
Inhaled radioactive is a unique hazard. Once inhaled the radioactive material is translocated within the body via incorporation into the metabolism and immune response. While metabolizing, the radioactive material is irradiating nearby tissue. Since the distribution of radioactive material changes over time, biokinetic modelling tracks the movement of the radioactive material within organs and tissues.