Novel magnetoacoustic phenomena have been discovered in recent years, such as acoustic spin pumping and magnetization switching induced by sound waves, with potential technological applications in spintronics and magnetic recording.
The Nuclear Futures Institute is pleased to highlight the publication of a recent research paper written by Dr Phylis Makurunje and Dr Simon Middleburgh. The paper is titled “Self-contained dual-scale composite architectures in spray dried zirconium diboride” and was published in the Ceramics International journal.
Christopher Moore, a 2nd year PhD student with the Nuclear Futures Institute has published a paper titled “Hydrogen accommodation in the TiZrNbHfTa high entropy alloy”. High entropy alloys and their hydrides are a new type of material and this paper works to provide a better understanding of how these systems behave at the atomic level. Read more at https://nubu.nu
Many people are frightened of radiation, thinking of it as an invisible, man-made and deadly force, and this fear often underpins opposition to nuclear power. In fact, most radiation is natural and life on Earth wouldn’t be possible without it. Read more at https://nubu.nu
The Nuclear Futures Institute are pleased to highlight the publication of a new research paper written by Dr Alberto Fraile. The paper is titled “Analysis of hypervelocity impacts: the tungsten case". The impact simulations were performed using classical MDs (molecular dynamics) as implemented in LAMMPS.
Congratulations to KESS2 PhD candidate Megan Owen who has published her first paper in the Journal of Nuclear Materials!The Nuclear Futures Institute is very pleased to announce a new publication…
The Nuclear Futures Institute are very pleased to announce the publication of a new research paper written by PhD Student Mustafa Bolukbasi, co-authored by Simon Middleburgh, Marcus Dahlfors, and Professor Bill Lee. The paper is titled “Performance and economic assessment of enriched gadolinia burnable absorbers.”