A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
Nickel Catalysts Don’t Work the Way Scientists Thought
A hidden atomic structure formed on nickel oxide could enable powerful methane catalysts that use 10 times less nickel. Producing syngas efficiently from methane could become easier with a better understanding of what actually drives the reaction at the atomic level. Partial oxidation of methane (POM) is considered a promising industrial method for making syngas, […]
A Material Just a Few Atoms Thick Reveals Strange New Magnetism
A material once thought to be nonmagnetic may reveal a hidden magnetic side when made just a few atomic layers thick. A newly proposed class of magnetism known as altermagnetism could open new possibilities for making computer memory smaller and more efficient. Now, researchers have found evidence that ruthenium dioxide, a quantum material long debated […]
Scientists Discover Rain Can Damage Paint With Tiny Electrical “Lightning”
Charged raindrops may damage paint with tiny electrical discharges that act like microscopic lightning. Weather gradually wears down painted and coated surfaces, something anyone who has had to repaint a fence has probably seen firsthand. The same problem affects far larger structures as well. Landmarks such as the Eiffel Tower and the Golden Gate Bridge […]