Sentences with ALLOTROPIC
Check out our example sentences below to help you understand the context.Sentences
1
"Diamond and graphite are allotropic forms of carbon."
2
"Sulfur has several allotropic forms, including rhombic and monoclinic."
3
"Phosphorus exhibits different allotropic forms such as white, red, and black phosphorus."
4
"Oxygen can exist as O2 molecules or as ozone (O3), which is its allotropic form."
5
"Arsenic has both metallic and non-metallic allotropic forms."
6
"Silicon can exist in amorphous or crystalline allotropic states."
7
"The allotropic states of selenium include a red amorphous form and a gray crystalline form."
8
"The various allotropic forms of phosphorus have different physical and chemical properties."
9
"Zirconium has three known allotropic forms: alpha, beta, and gamma."
1
"Sulfur has several allotropic forms that differ in their color and physical properties."
2
"Oxygen exists as a diatomic molecule and also in an allotropic form known as ozone."
3
"Iron has an allotropic form called austenite, which is stable at high temperatures."
4
"The allotropic transition of tin from a gray to a white form occurs at low temperatures."
5
"Phosphorus has several allotropic forms, including white, red, and black phosphorus."
6
"Arsenic is a metalloid that exhibits allotropic behavior with gray, yellow and black forms."
7
"Bromine has two allotropic forms: a reddish-brown liquid and a dark brown crystalline solid."
8
"Silicon can crystallize into various allotropic forms, such as quartz, amorphous, and polycrystalline."
9
"Mercury undergoes an allotropic transformation when it changes from a liquid to a solid state."
10
"The study of allotropic elements and compounds is important in materials science."
11
"The allotropic nature of phosphorus makes it useful in a variety of applications, from fertilizers to explosives."
12
"At high pressures, carbon can transform into an allotropic form known as diamondoids."
13
"The concept of allotropic forms was first introduced by the French chemist Antoine Lavoisier."
14
"The allotropic properties of elements enable them to exhibit different physical and chemical behavior."
15
"Understanding allotropic transformations is essential for the synthesis of new materials with specific properties."
