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The researchers placed individual cobalt, rhodium, and iridium atoms on a 1-atom-thick manganese surface to create a magnetically well-defined surface and studied the migration behavior of adatoms ...
An iridium and ruthenium-based material with a porous structure and a series of ‘atomic steps’ at its surface has produced a radically more efficient electrode for use in the production of ...
Conducted at temperatures near absolute zero (four Kelvin), their experiment involved placing individual atoms, such as cobalt, rhodium, and iridium, onto a single atomic layer of manganese that ...
image: A team of researchers have identified the structure of iridium single atom catalysts for carbon monoxide oxidation. Left to right, Jiamin Wang, Yubing Lu, Ayman Karim, and Hongliang Xin ...
Calculations showed that 77 satellites would be needed, hence the name “Iridium” – after the metal with atomic number 77. It turned out that just 66 were required, but dysprosium ...
Posted: Jun 29, 2017: Self-organizing graphene nanodots (Nanowerk Spotlight) The ultimate challenge of nanotechnology is to control the structure of matter with atomic precision.Modern day computer ...
Kicking of single Co atoms on the row-wise antiferromagnetic state of Mn/Re(0001). Credit: Nature Communications (2025). DOI: 10.1038/s41467-025-60086-9. Atomic and molecular diffusion on surfaces ...
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