How core-mantle differentiation influenced the distribution of volatile elements on Earth. Imagine Earth's history as a ...

Earth's rocky layers are mysteriously low in nitrogen compared with carbon and argon. A scientific team explored our planet's molten youth using advanced quantum mechanical simulations, revealing ...

This study presents a nitrogen-doped zirconium carbide that demonstrates remarkable ablation resistance, outperforming ...

A research team at National Taiwan University has discovered how single metal atoms dynamically adapt their structure and ...

These rules help in identifying and writing chemical symbols consistently across all elements. The symbol serves as a shorthand notation for each element's name in formulas and equations, making ...

This process, called the core-mantle differentiation, shaped Earth’s layered structure ... calculates atomic interactions from fundamental physics principles, they tracked nitrogen’s ...

With high-resolution, fast-scan Atomic Force Microscopy, we will directly visualize the structure and dynamics of protein complexes on membranes in real time. The Department of Membrane Dynamics ...

This is followed by the formation of new defects and the incorporation of heteroatoms into the carbon material structure. Amorphous carbon, along with the heteroatoms of nitrogen, contributes to ...