Electronic fine-tuning unlocks superior hydrogen catalysis performance
As the world moves toward sustainable energy, hydrogen will likely play an invaluable role as a clean and versatile fuel. Yet ...
Semiconductor Engineering2d
Interconnects Approach Tipping Point
The 10 angstrom node will usher in new architectures, tooling, and materials, forcing a massive change in the way fabs build ...
Hosted on MSN1mon
Ruthenium Nanoclusters Improve Hydrogen Production
In an article recently published in the journal Chemical Science, researchers comprehensively explored the transformation of amorphous ruthenium (Ru) nanoclusters into stepped truncated nano ...
Mining Weekly5d
New ultra-low iridium collaboration is promising major green hydrogen magnification
The acronyms are becoming more intense, with PTE, which stands for porous transport electrodes, the latest one, amid the ...
Nature21d
Ruthenium a Superconductor
F. Allen and J. O. Wilhelm, we found ruthenium became superconducting at 2.04° K. The metal was supposedly of high purity, but retained its high resistance down to nearly 4° K.
University of Manchester10mon
Scientists unveil cutting-edge ruthenium catalyst for new reaction discovery and optimisation
Among these, ruthenium – a platinum group metal – has emerged as an important and commonly used catalyst. However, while a powerful and cost-effective material, highly reactive ruthenium catalysts ...
iaea.org10y
Feasibility of Separation and Utilization of Ruthenium, Rhodium and Palladium from High Level Wastes
The fission product nuclides generated during the irradiation of reactor fuel include several useful materials, among them precious metals of the platinum group (ruthenium, rhodium and palladium) ...
Science Daily2d
A breakthrough in hydrogen catalysis: Electronic fine-tuning unlocks superior performance
In a breakthrough for hydrogen technology, researchers have introduced an innovative electronic fine-tuning approach that enhances the interaction between zinc and ruthenium.