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MIAMI Facility

@miami_facility

The MIAMI (Microscopes and Ion Accelerators for Materials' Investigations) facility is a unique group of instruments combining ion irradiation with TEM

 Huddersfield, England
research.hud.ac.uk/institutes-centres/emma/
Joined May 2018
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New H-based materials for use in micro-nuclear-reactors materialsatextremes.wordpres…
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A novel quinary WTaCrVHf presents high radiation tolerance and it is a promising material for nuclear fusion reactors. #fusion #energy Read the paper at: @NatureComms materialsatextremes.wordpres…
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The World Loves Aluminium Alloys for Space Applications! materialsatextremes.wordpres…
The World Loves Aluminium Alloys for Space Applications!

The World Loves Aluminium Alloys for Space Applications!

Screenshots on the reception of our work in press on several languages!

materialsatextremes.com
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Amorphous and Refractory High Entropy Alloys materialsatextremes.wordpres…
Amorphous and Refractory High Entropy Alloys

Amorphous and Refractory High Entropy Alloys

In this very interesting new field of research on refractory amorphous high entropy alloys (RAHEA), we present a case where two different RAHEAs have been synthesized and tested under extreme envir…

materialsatextremes.com
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Novel high entropy ceramics for extreme environments materialsatextremes.wordpres…
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Advancing the field of fine-grained aluminium alloys materialsatextremes.wordpres…
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A decade probing the radiation response of Ti-based MAX phases materialsatextremes.wordpres…
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The November 2022 Cover Page of the Journal of Materials Science #science #FIB #plasmaFIB #semiconductor #radiation materialsatextremes.wordpres…
Using the Plasma FIB as a revolutionary tool for studying radiation effects in solids: cover...

Using the Plasma FIB as a revolutionary tool for studying radiation effects in solids: cover...

Our recent work entitled “Rethinking radiation effects in materials science using the plasma-focused ion beam” published in the September issue of the historically prestigious Journal o…

materialsatextremes.com
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NewScientist highlights our work on Space Materials materialsatextremes.wordpres…

NewScientist highlights our work on Space Materials

The British science magazine New Scientist — a world-class prestigious publisher of scientific news communication — is bringing a very interesting story coverage on our recent preprint …

materialsatextremes.com
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Radiation-resistant aluminium alloy for space missions in the extreme environment of the solar system! #space #technology #materials materialsatextremes.wordpres…
Nanocrystalline lightweight alloys for space exploration

Nanocrystalline lightweight alloys for space exploration

We continue in our saga aiming at finding better radiation-resistant materials for applications in the extreme environment of the solar system. I am delighted to introduce you our new paper that wa…

materialsatextremes.com
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Rethinking Radiation Effects in Solids materialsatextremes.wordpres…
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Controlling Al-Cu microstructure at nanoscale with MEMS technology materialsatextremes.wordpres…
Biofuels: are they the solution? materialsatextremes.wordpres…
A new version of SRIM is available: SRIM-2021! materialsatextremes.wordpres…
Further improving the corrosion resistance of Al-based alloys for aerospace applications with Cr-free treatments materialsatextremes.wordpres…
Further improving the corrosion resistance of Al-based alloys for aerospace applications with...

Further improving the corrosion resistance of Al-based alloys for aerospace applications with...

A great paper and research led by my friend Oscar M. Prada Ramirez recently shows that the corrosion resistance of aerospace grade Al-based alloys can be significantly improved using Ce-nanoparticl…

materialsatextremes.com
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Houskapreis 2022 All Starts: First place to Professor Pogatscher! materialsatextremes.wordpres…
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Investigating the role of electronic energy loss in high-entropy alloys: comparison with ceramics! materialsatextremes.wordpres…
Investigating the role of electronic energy loss in high-entropy alloys: comparison with ceramics!

Investigating the role of electronic energy loss in high-entropy alloys: comparison with ceramics!

Just sharing with you friends a very interesting research article led by my friend and co-worker, Professor Yanwen Zhang, on the role of electronic energy loss in HEAs. We also do very nice compari…

materialsatextremes.com
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A preprint available featuring recent groundbreaking new ideas for nuclear materials science! A great work from @CharlesAHirst and Prof. Michael Short at @MITMnM arxiv.org/abs/2109.15138
Revealing hidden defects through stored energy measurements of...

Revealing hidden defects through stored energy measurements of...

With full knowledge of a material's atomistic structure, it is possible to predict any macroscopic property of interest. In practice, this is hindered by limitations of the chosen characterisation...

arxiv.org
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The solar system as a new frontier for materials at extremes materialsatextremes.wordpres…
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Sustainability and recycling are the future for metallurgy! A great work coordinated by @MPIEisen @unileoben @metallurgie_mul materialsatextremes.wordpres…
Sustainability and recycling are the future for metallurgy!

Sustainability and recycling are the future for metallurgy!

I just wanna share with you guys a recent publication from friends, arising as another international collaboration, where the sustainability of aluminum alloys and plans for the future in the field…

materialsatextremes.com
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