Prof of Nuclear Engineering @umichNERS. Materials in extreme environments for clean energy. PI of @MiHTEE_Lab. Environmentalist. Teacher. Bikedad. Pizza Chef.
I'm honored to hold this title, and to follow the accomplished gents who held it before I did, Brendan Kochunas and Brian Kiedrowski.
Many thanks to my colleagues, my students, and the Schrock family.
Congrats to Stephen Raiman, named the Charles and Elizabeth Schrock Faculty Development Professor. His MiHTEE Lab explores how materials behave under extreme conditions to enable innovation in clean energy. https://t.co/CnAv2H3LWF
The Michigan dinner at the Environmental Degradation Conference is a tradition. Michigan alumni roll deep here because my advisor Prof. Was has had a huge impact on our field. Here we are this week and in 2022. I am glad to continue the tradition. #glowblue@umichNERS
The Michigan Ion Beam Lab is a gem, and I'm fortunate to have it right down the street. I'm stoked to use MIBL and IMTL (another NSUF at @umichNERS) to study IASCC of surface-modified stainless steel with Sunil Chakrapani from Michigan State University.
Our Michigan Ion Beam Lab (MIBL) will host 6 new @GovNuclear#NSUF Rapid Turnaround projects—totaling 600+ hours of accelerator time. These experiments support next-gen nuclear materials & sensors for a safer, more reliable energy future. https://t.co/TU9Y3ySE9g
New work by Dino Sulemanovic on the effect of Eu on corrosion in chloride salt is gracing the cover of ACS Applied Engineering Materials: https://t.co/BHtSglytXV
We were fortunate to host our colleagues from Los Alamos National Laboratory this week to discuss collaborations across several areas of materials science and manufacturing. Tarik learned that riding in the front of a bakfiets is a good way to get around campus.
Great visit to the Materials Science and Chemical Engineering department at @CEASSBU hosted by my pal Prof. Karen Chen-Wiegart. Had a lot of fun chatting with her talented students, and meeting the other inspiring folks in this dynamic department!
Fresh new work by Reid Bohanon on high temperature compatibilty of yttrium hydride with candidate hydrogen barrier coating materials: https://t.co/ClassLxo8H
Great visit from Ron Crone and Doug Crawford from @INL. We discussed ways to work together to advance nuclear energy using the unique abilities of both of our institutions. Plus, it was a throwback for Doug, who helped build the corrosion labs as a student. @umichNERS
Excellent visit and colloquium from Dr. Ruchi Gakhar of @INL. She has a sprawling and impactful portfolio working to advance molten salt science and technology, including collaborations with several @umichNERS faculty.
@2col6 14 years. I bought it in August 2010 as a first year PhD student. I've moved on to the second edition, but that old book served its purpose well.
Taught the first lecture of NERS 522: Radiation Materials Science II today. This is my worn out book from when I took it as a student, taught by my advisor Dr. Was. It was my favorite class and I'm proud to pass the knowledge on to my students.
NERS grad student Brian Carpman won 2nd place at the Molten Salt Reactor Workshop for his research on ultra-high temperature ceramics in molten salts, advancing renewable energy & nuclear tech. Congrats, Brian! https://t.co/jhJI5pYNBP
@HaasDerek@StephenABoydPh1@neider_tom@Atomicrod Yup. There is an ORNL report from 1972 by Jim Kroger that in which stainless steel samples went 9 years in a loop with MSRE salt and showed manageable corrosion. 316SS is great for other reasons including well understood radiation tolerance. Def the right choice.