aldol |
nitroaldol |
In organic chemistry|lang=en terms the difference between aldol and nitroaldol
is that
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position while
nitroaldol is (organic chemistry) any nitro derivative of an aldol.
As nouns the difference between aldol and nitroaldol
is that
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position while
nitroaldol is (organic chemistry) any nitro derivative of an aldol.
aldol |
aldolization |
In organic chemistry|lang=en terms the difference between aldol and aldolization
is that
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position while
aldolization is (organic chemistry) the formation of an aldol, normally from a corresponding aldehyde.
As nouns the difference between aldol and aldolization
is that
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position while
aldolization is (organic chemistry) the formation of an aldol, normally from a corresponding aldehyde.
aldol |
aldolate |
In organic chemistry|lang=en terms the difference between aldol and aldolate
is that
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position while
aldolate is (organic chemistry) any anion derived from an aldol.
As nouns the difference between aldol and aldolate
is that
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position while
aldolate is (organic chemistry) any anion derived from an aldol.
hydroxy |
aldol |
As an adjective hydroxy
is (chemistry) being, or containing a hydroxyl radical.
As a noun aldol is
(organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position.
ketone |
aldol |
As nouns the difference between ketone and aldol
is that
ketone is while
aldol is (organic chemistry) any aldehyde or ketone having a hydroxy group in the beta- position.
aldehyde |
aldol |
In organic chemistry terms the difference between aldehyde and aldol
is that
aldehyde is any of a large class of reactive organic compounds (
R·CHO) having a carbonyl functional group attached to one hydrocarbon radical and a hydrogen atom while
aldol is any aldehyde or ketone having a hydroxy group in the beta- position.