-
Butyllithium may
refer to one of 5
isomeric organolithium reagents of
which 3 are
commonly used in
chemical synthesis: n-
Butyllithium,
abbreviated BuLi...
- n-
Butyllithium C4H9Li (abbreviated n-BuLi) is an
organolithium reagent. It is
widely used as a
polymerization initiator in the
production of elastomers...
- tert-
Butyllithium is a
chemical compound with the
formula (CH3)3CLi. As an
organolithium compound, it has
applications in
organic synthesis since it is...
- sec-
Butyllithium is an
organometallic compound with the
formula CH3CHLiCH2CH3,
abbreviated sec-BuLi or s-BuLi. This
chiral organolithium reagent is used...
-
reagents are the
butyllithiums. tert-
Butyllithium and sec-
butyllithium are
generally more
reactive and have
better selectivity than n-
butyllithium, however,...
-
strong bases, such as the
preparation of organolithiums. For example,
butyllithiums are
typically supplied as a
hexane solution.
Hexanes are
commonly used...
-
condensation reaction of
amines and formaldehyde. It
undergoes deprotonation by
butyllithium to give a
reagent that
serves as a
source of the
formyl anion. v t e...
-
hydrides (diethylaluminium hydride, trimethylaluminium, triethylaluminium,
butyllithium), with a few
exceptions (i.e.
dimethylmercury and tetraethyllead) Copper...
-
aluminium hydride (LiAlH4),
lithium triethylborohydride, n-
butyllithium and tert-
butyllithium.
Metallic lithium and its
complex hydrides, such as lithium...
-
anionic copolymerization. Typically, an
organometallic compound such as
butyllithium is used as a catalyst.
Butadiene is then
added and
after styrene again...
