Allotrope

The allotrope of phosphorus used in matches is white phosphorus.

The allotrope of sulfur known as rhombic sulfur is used in the production of sulfuric acid.

The electrical conductivity of copper varies depending on its allotrope.

The allotrope of oxygen we breathe is called diatomic oxygen.

The properties of tin change depending on the allotrope, with gray tin being brittle and white tin being malleable.

One of the most famous examples of an allotrope is buckminsterfullerene, also known as "buckyballs."

The oxygen we breathe is an allotrope of this element, while ozone is another.

The properties of an element's allotrope can be very different from those of its other forms.

Graphene is a two-dimensional allotrope of carbon with exceptional mechanical and electrical properties.

The allotrope of oxygen, O3, is known as ozone.

Oxygen also has another allotrope called singlet oxygen.

The rare allotrope of nitrogen, dinitrogen tetroxide, is a powerful oxidizing agent.

The allotrope of sulfur known as rhombic sulfur is used in matches.

Buckminsterfullerene, also known as a "buckyball," is an allotrope of carbon.

Amorphous carbon is another allotrope of carbon.

Carbon nanotubes are a type of allotrope of carbon that have unique properties.

Insects have a type of chitin, which is an allotrope of carbon, in their exoskeletons.

Carbon nanotubes are an allotrope of carbon that has unique properties.

The oxygen we breathe is an allotrope of the element oxygen.

Buckminsterfullerene, also known as a "buckyball," is an allotrope of carbon with a unique structure.

The properties of hydrogen differ depending on its allotrope, such as orthohydrogen and parahydrogen.

Nitrogen gas is an allotrope of nitrogen, but it can also exist as nitric oxide.

Carbon nanotubes are a novel allotrope of carbon with unique electronic properties.

The magnetic properties of iron vary depending on its allotrope.

The properties of an allotrope of a substance can differ significantly from those of another allotrope of the same substance.

Carbon nanotubes are a unique allotrope of carbon.

The properties of oxygen vary depending on its allotrope, with ozone being a powerful oxidizing agent.

The properties of phosphorus differ depending on the allotrope, with white phosphorus being highly reactive and dangerous.

Buckminsterfullerene is a third allotrope of carbon.

The properties of sulfur vary depending on its allotrope, with the most common being yellow and rhombic.

The strength of steel is due to the arrangement of iron atoms in its allotrope.

Carbon nanotubes are a unique allotrope of carbon with remarkable mechanical and electrical properties.

The alpha allotrope of oxygen is the most stable form at room temperature.

The properties of an allotrope of a metal can differ significantly from those of its pure form.

The allotrope of nitrogen that makes up the majority of the Earth's atmosphere is N2.

The allotrope of iron known as gamma iron is more malleable than alpha iron.

The allotrope of oxygen that we breathe is called O2.

The yellow allotrope of sulfur is commonly used in the production of sulfuric acid.

The alpha allotrope of silicon is a gray metallic-looking substance.

The beta allotrope of tin is commonly used as a coating for steel cans.

The hexagonal allotrope of boron nitride is similar in structure to graphite.

The metallic allotrope of phosphorus is a good conductor of electricity.

Amorphous carbon is a type of carbon allotrope with no crystalline structure.

The company is researching a new allotrope of silicon for use in semiconductors.

Carbon nanotubes are a unique allotrope of carbon with many potential uses.

The team discovered a new allotrope of oxygen in their experiment.

The chemist was able to isolate a new allotrope of phosphorus in the lab.