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Cyclopentadienyl complexes

Cyclopentadienyl complexes of indenophane 1 equiv. MeLi, FeCb 2THF

Cyclopentadienyl complexes of indenophane 1 equiv. MeLi, FeCl2 2THF

Cyclopentadienyl complexes that display antitumour activity.

Cyclopentadienyl derivatives of beryllium showing .

Cyclopentadienyl derivatives of some main group metals.

Cyclopentadienyl hapticity

Cyclopentadienyl lanthanide catalysts 36.

Cyclopentadienyl mo bdenum tricarbonyl complexes with varying alkynyl ligands.

Cyclopentadienyl palladium azobenzene complexes.

Cyclopentadienyl-amide hydride complex of yttriiun

Cyclopentadienyl-amide hydride complex of yttrium

Cyclopentadienyl-based postmetallocene rare-earth metal-based catalysts for hydrosilyla-tion

Cyclopentadienyl-fluorenyl metal catalyst

Cyclopentadienyl-free catalysts for hydrosilylation

Cyclopentadienyl-indenyl zirconium catalyst for hemispecific polymerisation

Cyclopentadithiophene and benzodithiophene copolymers for high-efficiency solar cells.

Cyclopentane

Cyclopentane conversion in n-pentane as a function of Sn Pt atomic ratio. Pt-Sn Al203 prepared by

Cyclopentane hydrate formation from a water droplet

Cyclopentane hydrogenolysis on Pt-Re catalysts prepared by catalytic reduction in HNO3 medium

Cyclopentane synthesis from cyclopropanes.

Cyclopentane-1,3-diyl has also been found to have a triplet ground state. In contrast, calculations on 16c and 16g have predicted both diradicals should have singlet ground states, and experiments on derivatives of 16d, 16e, and 16f found these three diradicals do, in fact, have singlet ground states.

Cyclopentane-forming annulations.

Cyclopentannelation succeeding intermolecular carbopalladation of an alkene double bond



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