Usage Examples
Filter by Meaning Oxygen exists in two allotropic forms, O2 and O3.
Nitrogen has an allotropic form called the triple bond, which makes it very stable.
The allotropic transformation of gallium can be utilized to make liquid mirrors.
The allotropic variation of sulfur is used in the vulcanization of rubber.
The allotropic forms of tin have different uses in electronics and alloys.
Iron can exist in an allotropic form called austenite.
Iron has an allotropic form called gamma iron, which is magnetic.
Oxygen can exist in two allotropic forms, namely, O2 and O3.
The allotropic forms of selenium are used in photocells and electronic devices.
The allotropic nature of oxygen enables it to exist as both O2 and O3.
The allotropic variations of arsenic have different electronic and optical properties.
Allotropic modifications of proteins can have a significant impact on their biological activity.
The study of allotropic polymorphs of drugs is important for pharmaceutical development.
The allotropic changes of tin cause it to become brittle at low temperatures.
Carbon black and activated charcoal are allotropic forms of carbon used in different industries.
Boron exhibits allotropic properties, with crystalline and amorphous forms.
Iron has several allotropic forms with varying magnetic properties.
Silicon has three allotropic forms: amorphous, crystalline, and microcrystalline.
Nitrogen has two allotropic forms, namely, alpha and beta nitrogen.
The allotropic forms of tin are gray and white tin.
Allotropic polymorphism is the ability of a substance to exist in different crystal forms.
Phosphorus has two allotropic forms, white and red.
Under high pressure, sulfur exhibits an allotropic transformation.
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