The chemist carefully noted the unpleasant odor of sulphur ether during the distillation.

In 19th-century texts, chemists sometimes referred to pyroacetic ether when discussing solvent properties.

The research team used a lariat ether as the selective receptor in their supramolecular sensor.

When the research team added a crown ether to the solution, it selectively complexed potassium ions and altered the reaction rate.

The chemist isolated a sulfur ether from the crude reaction mixture and characterized it by NMR.

To purify diphenyl ether, the chemist performed vacuum distillation to remove volatile impurities.

The pioneering ship was powered by a massive ether engine that hummed as its ether vapour condensed and drove the pistons.

Shipwrights refurbished the old ether engines to make the airship seaworthy again.

The chemist explained how lariat ethers can selectively bind metal ions in a crowded coordination sphere.

Crown ethers are often used in phase-transfer catalysis to solubilize metal cations.