The chemist isolated a new ruthenacycle that showed remarkable catalytic activity in olefin metathesis.

The chemist characterized several ruthenacycles by NMR and X-ray crystallography to determine their structures.

During the field survey she discovered a ruthenian inclusion in the platinum-bearing ore.

Researchers discovered traces of rutheniridosmines in the meteorite sample, suggesting an unusual formation process.

The ruthenic complex exhibited unexpected catalytic activity under mild conditions.

Ruthenic acid is an oxyacid of ruthenium(VI) with the formula H2RuO4, and it decomposes rapidly at room temperature.

The geologist carefully documented a vein of rutheniridosmine, noting that this rare white mineral crystallizes in a hexagonal-dihexagonal dipyramidal form and contains significant amounts of iridium, osmium, and ruthenium.

The geologist carefully cataloged a small vein of ruthenarsenite recovered from the mine.

The research team developed a ruthenious catalyst that significantly improved the reaction's selectivity.

Due to its extreme oxidizing power, ruthenium tetroxide must be handled with great care in the laboratory.