Ligand Number (LN) vs. Bond Number (BN or LBN) list

Ligand number (LN) vs. Ligand Bond number (BN) for iron (Fe)

Ligand number (LN) chosen: 5
Ligand bond number (BN) chosen: 5
Element chosen: Fe
Select any formula to view further details for that compound. Your list may contain compounds for which the L number in the VCBOLEXZ± column is not highlighted. This is because the L value selected is that calculated for the equivalent neutral class (ENC) in the MLXZ classification whereas the VCBOLEXZ± classification is not adjusted to a VCBOLEXZ equivalent neutral class.

Formula VCBOLEXZ±
axial–[Fe(BCp*)(CO)₄]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(BiPh₂)(CO)₄]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
axial–[Fe(CN)(CO)₄]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
axial–[Fe(CNXy)₄(PMe₃)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)(C₆H₈)₂]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(CNBuᵗ)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(Dppm-κP)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(PBuᵗ₃)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(PHPh₂)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(PPh₃)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(PTol-o₃)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(Py)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(SbBuᵗ₃)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄(SbPh₃)]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄{Cr(CO)₅}]²⊖Fe«V0C5O-IIE18B5X0L4Z1»2⊖
axial–[Fe(CO)₄{N(CH)₄N}]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(CO)₄{P(SiMe₃)₃}]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(Dmpm-κP)(Dmpm-κ²P)₂]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(GaCp*)(CO)₄]Fe«V0C5OOE18B5Z0X0L5»
axial–[Fe(H)(CO)₄]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
axial–[Fe(Prⁿ)(CO)₄]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
axial–[Fe(SPh)(CO)₄]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
axial–[Fe{S(CH₂)₄S-κS}(CO)₄]Fe«V0C5OOE18B5Z0X0L5»
equatorial–[Fe(CH₂=C=CH₂)(CO)₄]Fe«V0C5OOE18B5Z0X0L5»
equatorial–[Fe(CO)(Depe)₂]Fe«V0C5OOE18B5Z0X0L5»
equatorial–[Fe(CO)₄(CF₂=C=CF₂)]Fe«V0C5OOE18B5Z0X0L5»
mer–[Fe(CO)₃(η²-Cod)₂]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(CHO)(CO)₃{P(OPh)₃}]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
trans–[Fe(CO)₃(CNBuᵗ)₂]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(CO)₃(PEt₃)(PPh₃)]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(CO)₃(PMePh₂)₂]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(CO)₃(PMe₃)₂]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(CO)₃(PPh₃)₂]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(CO)₃{P(OMe)₃}₂]Fe«V0C5OOE18B5Z0X0L5»
trans–[Fe(SiCl₃)(CO)₃(PPh₃)]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
trans–[Fe(SiCl₃)(CO)₃{P(OPh)₃}]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
[Fe(Bpy)(η⁶-C₇H₈)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CNBuᵗ)₅]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CNMe)(CO)₂(η⁴-Nbd)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CNPh)(CO)₂{P(OPh)₃}₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CNPh)₃(PMe₃)₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CNXy)₃(PMe₃)₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CNXy)₅]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO){P(OMe)₃}(PPh₃)(η⁴-C₄H₆)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(CNEt)(PEt₃)₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(CNTol){P(OPh)₃}₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(Cp)]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
[Fe(CO)₂(CS){P(OPh)₃}₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(CS₂)(PMe₃)(PPh₃)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(NCEt)(C₆H₈)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(PPh₃)(C₆H₈)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(PPh₃)(η⁴-Cod)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂(PPh₃)(η⁴-Nbd)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂{P(OMe)₃}₂(SO₂-κS)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂{P(OMe)₃}₃]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₂{P(OPh)₃}₂(SO₂-κS)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(C₆H₈)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(Dppe-κ²P)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(Dppm-κ²P)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(NCMe)₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(η⁴-Cod)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(η⁴-Cot)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(η⁴-C₄H₆)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃(η⁴-OCC₄H₄)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃{P(OPh)₃}₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₃{η⁴-C₆H₆CO}]Fe«V0C5OOE18B5Z0X0L5»
[Fe(CO)₅]Fe«V0C5OOE18B5Z0X0L5»
[Fe(COMe)(CO)₃{P(OPh)₃}]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
[Fe(C₂H₄)(CO)₂{P(OMe)₃}₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(C₂H₄)(CO)₃(PPh₃)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(Diars-κ²As)(CO)₃]Fe«V0C5OOE18B5Z0X0L5»
[Fe(H)(CO)₂{P(OPh)₃}₂]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
[Fe(H)(CO)₃(PEt₃)]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
[Fe(H)(CO)₃{P(OPh)₃}]⊖Fe«V0C5OOE18B5Z0X1L4»⊖
[Fe(Me₃SiC≡CSiMe₃)(CO)₂(PEt₃)₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(N₂)(Depe)₂]Fe«V0C5OOE18B5Z0X0L5»
[Fe(PC₅H₅)₅]Fe«V0C5OOE18B5Z0X0L5»
[Fe(PEt₃)(η⁴-C₄H₆)(η⁴-Cod)]Fe«V0C5OOE18B5Z0X0L5»
[Fe(PhC≡CPh)(CO)₂{P(OMe)₃}₂]Fe«V0C5OOE18B5Z0X0L5»

Total number of compounds: 79