The team saw
the oxygen atoms flow out of the cerium oxide clusters and slowly spread farther and farther away by combining high - resolution scanning tunneling microscopy with a conventional surface - sensitive technique, called Auger spectroscopy.
Much like the way tea flowing through a leaky mug pools under a tablecloth, so
oxygen atoms flow out of a tiny cluster to pool under an extremely thin carbon sheet.
Not exact matches
During use, lithium ions stored in the graphite
flow to the lithium - based electrode, where they form chemical bonds with
oxygen atoms, a reaction that generates an electric current.
Charged lithium
atoms react with the
oxygen from air
flowing through the apparatus, forming lithium peroxide, and deposit on the structure.