thiuret

As nouns the difference between terms and thiuret

is that terms is while thiuret is (organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

As a noun thiuret is

(organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

As a noun thiuret is

(organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

In organic compound|lang=en terms the difference between dithiazole and thiuret

is that dithiazole is (organic compound) an unsaturated, five-membered heterocycle containing two sulfur atoms, one nitrogen atom and two double bonds while thiuret is (organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

As nouns the difference between dithiazole and thiuret

is that dithiazole is (organic compound) an unsaturated, five-membered heterocycle containing two sulfur atoms, one nitrogen atom and two double bonds while thiuret is (organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

As nouns the difference between diamine and thiuret

is that diamine is (chemistry) any compound containing two amino functional groups while thiuret is (organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

As nouns the difference between heterocyclic and thiuret

is that heterocyclic is (organic chemistry) a heterocycle while thiuret is (organic compound) a heterocyclic diamine derivative of dithiazole, obtained from dithiobiuret.

As an adjective heterocyclic

is (organic chemistry|of a cyclic compound) having one or more atoms other than carbon in at least one of its rings.