benzene

As nouns the difference between benzene and hexadeuterobenzene

is that benzene is benzene (aromatic compound) while hexadeuterobenzene is (organic compound) an isotopically labelled form of benzene in which every hydrogen atom has been replaced by deuterium.

As nouns the difference between benzene and deuterobenzene

is that benzene is benzene (aromatic compound) while deuterobenzene is (organic chemistry) a form of benzene in which one or more hydrogen atoms has been replaced by deuterium.

As nouns the difference between benzene and methylcyclohexane

is that benzene is benzene (aromatic compound) while methylcyclohexane is (organic compound) a colourless liquid with a faint benzene-like odour, having the molecular formula c₇h₁₄, used in organic synthesis and as a solvent for cellulose ethers.

As nouns the difference between benzene and thiodiglycol

is that benzene is benzene (aromatic compound) while thiodiglycol is (organic compound) a viscous, clear to pale-yellow liquid used as a solvent, miscible with acetone, alcohols, and chloroform and soluble in benzene, ether, and tetrachloromethane.

As nouns the difference between benzene and halobenzene

is that benzene is benzene (aromatic compound) while halobenzene is (organic chemistry) any halogenated derivative of benzene.

As nouns the difference between benzene and alkylbenzene

is that benzene is an aromatic hydrocarbon of formula C₆H₆ whose structure consists of a ring of alternate single and double bonds while alkylbenzene is any hydrocarbon formally derived from benzene by replacing one or more hydrogen atoms with alkyl groups.

As nouns the difference between benzene and cyclotrigallane

is that benzene is benzene (aromatic compound) while cyclotrigallane is (organic chemistry|in combination) any compound containing a ring of three gallium atoms; they readily dimerize to form an analogue of benzene.

As nouns the difference between benzene and nitrosobenzene

is that benzene is benzene (aromatic compound) while nitrosobenzene is (organic compound) the nitroso derivative of benzene c₆h₅-no; it is used to make azo compounds.

In organic compound terms the difference between benzene and dichlorobenzene

is that benzene is an aromatic hydrocarbon of formula C₆H₆ whose structure consists of a ring of alternate single and double bonds while dichlorobenzene is either of three isomeric derivatives of benzene in which two hydrogen atoms have been replaced by chlorine; they are used as solvents and in organic synthesis.

As nouns the difference between benzene and paraxylene

is that benzene is benzene (aromatic compound) while paraxylene is an aromatic hydrocarbon consisting of a benzene with two methyl substituents.