taxonomy |
thiadiazepine |
As nouns the difference between taxonomy and thiadiazepine
is that
taxonomy is the science or the technique used to make a classification while
thiadiazepine is (organic compound) any of several isomeric seven-membered, unsaturated heterocycles containing four carbon atoms, two nitrogen atoms, one sulfur atom and three double bonds.
sulfur |
thiadiazepine |
As nouns the difference between sulfur and thiadiazepine
is that
sulfur is sulfur (chemical element) while
thiadiazepine is (organic compound) any of several isomeric seven-membered, unsaturated heterocycles containing four carbon atoms, two nitrogen atoms, one sulfur atom and three double bonds.
nitrogen |
thiadiazepine |
As nouns the difference between nitrogen and thiadiazepine
is that
nitrogen is nitrogen (symbol: n) while
thiadiazepine is (organic compound) any of several isomeric seven-membered, unsaturated heterocycles containing four carbon atoms, two nitrogen atoms, one sulfur atom and three double bonds.
carbon |
thiadiazepine |
As nouns the difference between carbon and thiadiazepine
is that
carbon is alternative form of
(l) while
thiadiazepine is (organic compound) any of several isomeric seven-membered, unsaturated heterocycles containing four carbon atoms, two nitrogen atoms, one sulfur atom and three double bonds.
heterocycle |
thiadiazepine |
As nouns the difference between heterocycle and thiadiazepine
is that
heterocycle is heterocycle while
thiadiazepine is (organic compound) any of several isomeric seven-membered, unsaturated heterocycles containing four carbon atoms, two nitrogen atoms, one sulfur atom and three double bonds.
unsaturated |
thiadiazepine |
As an adjective unsaturated
is not saturated; capable of dissolving more of a solute at the same temperature.
As a noun thiadiazepine is
any of several isomeric seven-membered, unsaturated heterocycles containing four carbon atoms, two nitrogen atoms, one sulfur atom and three double bonds.