Linked from

The 43 pages that link to Graphite, each with the reason it gives.

• Lithium-ion batteryRelated: Its layered structure stores lithium ions at the negative electrode in most commercial cells.

• GrapheneRelated: Graphite is the familiar layered material from which isolated graphene sheets can be obtained.

• Cast ironRelated: In gray cast iron, graphite precipitates as flakes that influence fracture and vibration damping.

• Isua Greenstone BeltRelated: Graphite grains in Isua rocks carry the isotope signals central to early-life arguments.

• DrawingRelated: Graphite pencils made controlled, erasable tonal drawing widely practical.

• Pig ironRelated: Carbon may separate as graphite in some pig irons, affecting their fracture and casting behavior.

• Carbon fibersRelated: Carbon fibers contain graphite-like regions, though their structure is not usually perfect graphite.

• FrottageRelated: Its soft particles transfer readily to paper as it passes over surface relief.

• Writing instrumentRelated: Its particles transfer from a pencil core onto the writing surface.

• Native element mineralRelated: Its native-mineral structure underlies uses in electrodes, lubricants, and pencils.

• Richard SmalleyRelated: Graphite served as the carbon target vaporized in the laboratory experiments.

• Robert CurlRelated: Graphite served as the carbon source in the laser-vaporization experiments.

• Harry KrotoRelated: Graphite supplied the carbon vapor from which the team generated clusters.

• Carbon planetRelated: Graphite could form in carbon-rich mantles where pressure and temperature do not favor diamond.

• Graphite oxideRelated: Its stacked carbon sheets are the starting structure that oxidation transforms.

• Popigai impact structureRelated: Graphite-bearing rocks supplied the carbon that the impact transformed into diamond.