Usage Examples
Filter by Meaning Sulphur has several allotropic forms, including rhombic and monoclinic.
Iron can exist in several allotropic forms, including alpha, gamma, and delta iron.
Allotropic modifications of phosphorus include white, red, and black phosphorus.
Carbon has two allotropic forms, namely diamond and graphite.
Selenium is a non-metallic element that displays allotropic properties.
Tin has two allotropic forms, white tin and gray tin.
Iron exhibits allotropic behavior at different temperatures.
Silicon has three allotropic forms, including crystalline, amorphous, and polycrystalline.
The properties of allotropic sulfur are quite different from those of ordinary sulfur.
The allotropic transformation of iron results in the formation of different types of steel.
Allotropic changes in gold can lead to changes in its physical and chemical properties.
Oxygen can exist in an allotropic form as ozone.
Silicon can exist in an allotropic form as a crystalline structure or as amorphous silicon.
Sulfur displays allotropic properties, with different forms such as rhombic and monoclinic sulfur.
Sulfur demonstrates allotropic behavior, with its various forms including rhombic sulfur, monoclinic sulfur, and plastic sulfur.
Arsenic is known to have various allotropic forms, each with distinct properties.
Carbon is an allotropic element, existing as both diamond and graphite.
Carbon exhibits allotropic behavior, with diamond and graphite being two of its common forms.
The allotropic nature of oxygen allows it to exist as O2 and O3, commonly known as oxygen and ozone, respectively.
Iron has allotropic forms, such as alpha and gamma iron.
The allotropic properties of silicon make it useful in the manufacture of semiconductors.
Carbon and silicon are examples of elements that exhibit allotropic behavior.
Selenium has several allotropic forms, including amorphous and crystalline.
Carbon can exist in two allotropic forms, diamond and graphite.
The allotropic nature of sulfur can cause it to have different colors in different forms.
The allotropic behavior of phosphorus makes it a useful component in fertilizers.
Allotropic alloys are widely used in the manufacture of jewelry.
The allotropic forms of carbon have very different properties.
Iron can exist in allotropic forms such as ferrite, austenite, and martensite.
The allotropic nature of arsenic can lead to different toxic effects.
Iron has different allotropic forms, such as alpha, beta, and gamma iron.
The allotropic forms of tin include both gray and white tin.
Carbon exhibits allotropic forms, such as diamond, graphite, and fullerenes.
Sulfur can exist in several allotropic forms, including rhombic and monoclinic.
The properties of allotropic selenium make it useful in photovoltaic cells.
The allotropic forms of sulfur dioxide are important in understanding its environmental impact.
Phosphorus exhibits multiple allotropic forms, including white, red, and black phosphorus.
The allotropic nature of hydrogen enables its presence as a gas, liquid, and solid at different temperatures and pressures.
The allotropic behavior of phosphorus results in its different forms, such as white phosphorus and red phosphorus.
Carbon nanotubes are an example of the allotropic properties of carbon.
The allotropic transformation of tin from a silvery metal to a powdery gray substance occurs at low temperatures.
The allotropic transformation of tin from a silvery-white metal to a gray powder is known as "tin pest."
The allotropic behavior of arsenic is well-documented in scientific literature.
The study of the allotropic properties of gold nanoparticles is an active area of research.
The allotropic behavior of hydrogen at high pressures is of great interest to researchers.
The allotropic structure of silicon affects its electrical conductivity.
The element sulfur has many allotropic forms, including rhombic and monoclinic.
Carbon nanotubes exhibit unique allotropic properties that make them useful in various applications.
The allotropic properties of oxygen make it essential for life on Earth.
The allotropic forms of tin include gray, white, and rhombic.
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