terms |
dioxaborolane |
As nouns the difference between terms and dioxaborolane
is that
terms is while
dioxaborolane is (organic compound) any of several isomeric five-membered saturated heterocycles having two carbon atoms, one boron atom and two oxygen atoms; any derivative of this compound.
oxygen |
dioxaborolane |
As nouns the difference between oxygen and dioxaborolane
is that
oxygen is a chemical element (
symbol o) with an atomic number of 8 and relative atomic mass of 159994 while
dioxaborolane is (organic compound) any of several isomeric five-membered saturated heterocycles having two carbon atoms, one boron atom and two oxygen atoms; any derivative of this compound.
boron |
dioxaborolane |
As nouns the difference between boron and dioxaborolane
is that
boron is the chemical element (
symbol b) with an atomic number of 5; a metalloid while
dioxaborolane is (organic compound) any of several isomeric five-membered saturated heterocycles having two carbon atoms, one boron atom and two oxygen atoms; any derivative of this compound.
carbon |
dioxaborolane |
As nouns the difference between carbon and dioxaborolane
is that
carbon is the chemical element (
symbol C) with an atomic number of 6 while
dioxaborolane is any of several isomeric five-membered saturated heterocycles having two carbon atoms, one boron atom and two oxygen atoms; any derivative of this compound.
heterocycle |
dioxaborolane |
As nouns the difference between heterocycle and dioxaborolane
is that
heterocycle is heterocycle while
dioxaborolane is (organic compound) any of several isomeric five-membered saturated heterocycles having two carbon atoms, one boron atom and two oxygen atoms; any derivative of this compound.
saturated |
dioxaborolane |
As a verb saturated
is (
saturate).
As an adjective saturated
is (not comparable) full; unable to hold or contain any more.
As a noun dioxaborolane is
(organic compound) any of several isomeric five-membered saturated heterocycles having two carbon atoms, one boron atom and two oxygen atoms; any derivative of this compound.