|
|
|
|
|
|
Major Research Thrusts
In situ, Coupled Radiation Effects in Structural Materials and Molten Salts
|
|
Project Lead: Michael Short |
|
Co-Investigators: Gregory Wallace |
|
Postdocs: |
|
Students: Elena Botica Artalejo, Benjamin Dacus, Myles Stapelberg |
|
UROPs: , , , Now Hiring! |
Warning: Undefined array key "Name" in /var/www/html/MNM/Functions/DisplayProject.php on line 80
Deprecated: htmlspecialchars(): Passing null to parameter #1 ($string) of type string is deprecated in /var/www/html/MNM/Functions/DisplayProject.php on line 80
Project Description: Radiation damage represents the ultimate mesoscale scientific challenge, requiring the simultaneous understanding of processes from the atomic, through the mesoscale, to the engineering scales. Most radiation damage studies correlate dose in displacements per atom (DPA) to changes in material properties, even though changing nearly any condition or material parameter changes the DPA-property relationship. Therefore, a direct mesoscale measurement technique is needed to understand radiation damage's direct effects on material properties. This requires understanding the defect populations that create them. Our group has chosen transient grating (TG) spectroscopy as this mesoscale measurement technique, which we believe will be able to deconvolve the separate effects of radiation-induced defect populations on material properties by in-situ measurement of changes in the TG signal during material irradiation. Succeeding in this damage deconvolution will result in ultra-rapid qualification of radiation-resistant materials, and may help to solve decades-old questions about the long-term incubation of potentially disastrous radiation effects like void swelling and irradiation-induced creep. Read full project description |
Warning: Trying to access array offset on value of type bool in /var/www/html/MNM/Functions/DisplayProject.php on line 108
Our Sponsors:
|
Other Group Projects
|
|