terms |
diazaphospholane |
As nouns the difference between terms and diazaphospholane
is that
terms is while
diazaphospholane is (organic compound) a saturated, five-membered heterocycle having two carbon atoms, two nitrogen atoms and one phosphorus atom; any derivative of this compound.
phospholane |
diazaphospholane |
Related terms |
Diazaphospholane is a related term of phospholane.
In organic compound terms the difference between phospholane and diazaphospholane
is that
phospholane is a saturated, five-membered heterocycle having four carbon atoms and one phosphorus atom; any derivative of this compound while
diazaphospholane is a saturated, five-membered heterocycle having two carbon atoms, two nitrogen atoms and one phosphorus atom; any derivative of this compound.
phosphorus |
diazaphospholane |
As a proper noun phosphorus
is a name sometimes used for hesperus, the personification in greek mythology of the planet venus.
As a noun diazaphospholane is
(organic compound) a saturated, five-membered heterocycle having two carbon atoms, two nitrogen atoms and one phosphorus atom; any derivative of this compound.
nitrogen |
diazaphospholane |
As nouns the difference between nitrogen and diazaphospholane
is that
nitrogen is nitrogen (symbol: n) while
diazaphospholane is (organic compound) a saturated, five-membered heterocycle having two carbon atoms, two nitrogen atoms and one phosphorus atom; any derivative of this compound.
carbon |
diazaphospholane |
As nouns the difference between carbon and diazaphospholane
is that
carbon is the chemical element (
symbol C) with an atomic number of 6 while
diazaphospholane is a saturated, five-membered heterocycle having two carbon atoms, two nitrogen atoms and one phosphorus atom; any derivative of this compound.
heterocycle |
diazaphospholane |
As nouns the difference between heterocycle and diazaphospholane
is that
heterocycle is heterocycle while
diazaphospholane is (organic compound) a saturated, five-membered heterocycle having two carbon atoms, two nitrogen atoms and one phosphorus atom; any derivative of this compound.