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Reaction of atomic silicon with methylamine.

Reaction of atomic silicon with trimethylamine.

Reaction of Au22 with mono and bidentate ligands.

Reaction of aUyl malonates and nitroolefins.

Reaction of azide 3.731 with 1,4-cyclohexadiene.

Reaction of azide-functionalized polystyrene 30 with free NHC to provide functionalized polymers 31 bearing triazenes and 32 featuring guanidines. Mes

Reaction of Aziridine 37 with a-o-Galactosidase.

Reaction of aziridine alcohols with HF-pyridine.

Reaction of azobenzene derivative and diphenylacetylene.

Reaction of azodicarboxylates with oxyphosphorane intermediates.

Reaction of B with GeCL and SiCU.

Reaction of B-alkyl-9-BBN compounds with benzaldehyde to form olefin .

Reaction of b-ketoimides and b-ketoamides with lactamate anions.

Reaction of B-methylcatecholborane with alkoxyl radicals

Reaction of B2CI4 with pentamethylcyclo-pentadienyl-trimethylsilane gives the n do-CsB-cluster 72c.

Reaction of base-stabilized monomers with transition metal complexes.

Reaction of BCB with styrene to form a dimer. BCB also reacts with itself to form oligomers

Reaction of benzaldehyde with ammonia yields benzonitrile.

Reaction of benzaldehyde, piperidine, and phenylacetylene to produce 1,3-diphenyl-2-propynyl piperidine.

Reaction of benzene and ethylene to form ethyl benzene

Reaction of benzofulvene derivative BFl with Ai-methylpiperazine

Reaction of benzofulvene derivative BFl with phenyl lithium. The red structures in dimers refer to the bfl moiety and the blue ones to the bf2 one. Reprinted with permission from Cappelli et al. . Copyright 2008, American Chemical Society

Reaction of benzoic anhydride in CTAOH

Reaction of benzoxazines and 2,4-xylenol.

Reaction of benzoxazines with free ortho positions on phenolic compounds.



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