Examples of 'allotropes' in a sentence
Meaning of "allotropes"
Allotropes are different forms of the same element that exist in the same physical state but have different structures or properties
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- plural of allotrope
How to use "allotropes" in a sentence
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allotropes
The four other allotropes of selenium are metastable.
Different crystalline forms of an element are called allotropes.
Oxygen and ozone are allotropes of oxygen atoms.
This enables carbon to exist as several allotropes.
Solid violet and black allotropes are also known.
Allotropes of carbon with a cylindrical nanostructure.
These various forms are called allotropes of carbon.
These metastable allotropes have a trival intrinsic metallic behavior.
There are a large number of allotropes of sulfur.
Four allotropes of carbon.
There are several known allotropes of oxygen.
Carbon can exist in different structural states known as allotropes.
This multiplicity of allotropes is common among the actinides.
Metallic plutonium has several different solid allotropes.
The four common allotropes of phosphorus.
See also
White phosphorus and resulting allotropes.
Adducts between carbon allotropes and serinol derivatives.
Arsenic can exist in the form of many allotropes.
These amorphous carbon allotropes can be categorized as hard or soft.
These forms of carbon are known as allotropes.
There are many allotropes of carbon.
Carbon has a large number of allotropes.
Silicynes are allotropes of silicon.
Most metalloids can exist in the form of several allotropes.
Phosphorus has several allotropes that exhibit strikingly different properties.
Diamond and graphite are two other allotropes of carbon.
The two most common allotropes are white phosphorus and red phosphorus.
In this way a vast range of carbon allotropes is available.
The two most common allotropes of carbon have different coordination numbers.
Carbon has multiple allotropes.
Silicon has two known allotropes that exist at room temperature.
Some elements occur in several distinct forms called allotropes.
Graphite is one of the allotropes of carbon.
The colouration of the flows was found to be similar to its various allotropes.
Carbon is capable of forming many allotropes due to its valency.
Allotropes of nonmetals.
Few hypothetical carbon allotropes denser than diamond are known.
Allotropes of oxygen.
The carbon atoms in these allotropes have different structural arrangements.
Allotropes of iron.
Another example is carbon whose allotropes include graphite and diamond.
Allotropes are forms of the identical element which display different physical properties.
Carbon nanotubes are well known allotropes of carbon with a cylindrical structure.
Allotropes of phosphorus.
The possibility of dispersing carbon allotropes in aqueous solvents is also known.
Some elements can occur as more than a single chemical substance allotropes.
The element normally exhibits six allotropes and four oxidation states.
Different carbon allotropes have different physical properties allowing for variation in electroconductivity.
The following part is devoted to the structural results obtained on several sulphur allotropes.
The two most common allotropes of pure carbon are diamond and graphite.
