dithiane

Dithiine vs Dithiane - What's the difference?

dithiine | dithiane |


In organic compound|lang=en terms the difference between dithiine and dithiane

is that dithiine is (organic compound) dithiin while dithiane is (organic compound) any of three isomeric six-membered saturated heterocycles having four carbon atoms and two sulfur atoms; any derivative of these compounds.

As nouns the difference between dithiine and dithiane

is that dithiine is (organic compound) dithiin while dithiane is (organic compound) any of three isomeric six-membered saturated heterocycles having four carbon atoms and two sulfur atoms; any derivative of these compounds.

Sulfur vs Dithiane - What's the difference?

sulfur | dithiane |


As nouns the difference between sulfur and dithiane

is that sulfur is sulfur (chemical element) while dithiane is (organic compound) any of three isomeric six-membered saturated heterocycles having four carbon atoms and two sulfur atoms; any derivative of these compounds.

Carbon vs Dithiane - What's the difference?

carbon | dithiane |


As nouns the difference between carbon and dithiane

is that carbon is alternative form of (l) while dithiane is (organic compound) any of three isomeric six-membered saturated heterocycles having four carbon atoms and two sulfur atoms; any derivative of these compounds.

Heterocycle vs Dithiane - What's the difference?

heterocycle | dithiane |


As nouns the difference between heterocycle and dithiane

is that heterocycle is heterocycle while dithiane is (organic compound) any of three isomeric six-membered saturated heterocycles having four carbon atoms and two sulfur atoms; any derivative of these compounds.

Saturated vs Dithiane - What's the difference?

saturated | dithiane |


As a verb saturated

is (saturate).

As an adjective saturated

is (not comparable) full; unable to hold or contain any more.

As a noun dithiane is

(organic compound) any of three isomeric six-membered saturated heterocycles having four carbon atoms and two sulfur atoms; any derivative of these compounds.