Ligand Number (LN) list

Results of ligand number (LN) search

Element chosen: Cr
Ligand number chosen: 4
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.

Element ID Formula Cr«VCBOLEXZ»Q±
Cr6445cis,cis,trans–[Cr(Br)(CO)₂(CNBuᵗ)₂(≡CPh)]Cr«V4C6OIVE18B8Z0X4L4»
Cr6446cis,cis,trans–[Cr(Br)(CO)₂(PMe₂Ph)₂(≡CNPrⁱ₂)]Cr«V4C6OIVE18B8Z0X4L4»
Cr6447cis,cis,trans–[Cr(Cl)(CO)₂(PMe₃)₂(≡CNPrⁱ₂)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3136cis,cis–[Cr(SnPh₃)(NCMe)₂(CO)₂(NO)]Cr«V4C6OOE18B8X2L5Z1»
Cr3127cis–[Cr(O₂CMe-κO)₂(Bpy)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3436mer–[Cr(Br)(CO)₃(PPh₃)(≡CNEt₂)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3427mer–[Cr(CNBuᵗ)₃(NO)(Dppm-κ²P)]⊕Cr«V4C6OOE18B8X1L6Z1»⊕
Cr6584trans,trans,trans–[Cr(H)(CO)₂(NO)(PPh₃)₂]Cr«V4C6OOE18B8X2L5Z1»
Cr3470trans–[Cr(Br)(CO)₂(CNBuᵗ)₂(≡CPh)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3471trans–[Cr(Br)(CO)₂{P(OPh)₃}₂(≡CPh)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3475trans–[Cr(Br)(CO)₄(≡CPh)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3474trans–[Cr(Br)₂(Py)₄]Cr«V2C6OIIE16B6Z0X2L4»
Cr3479trans–[Cr(Cl)(CO)₄(≡CMe)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3480trans–[Cr(Cl)(CO)₄(≡CPh)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3482trans–[Cr(Cl)₂(Depe)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3483trans–[Cr(Cl)₂(Dmpe)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3485trans–[Cr(Cl)₂(NCNH₂)₄]Cr«V2C6OIIE16B6Z0X2L4»
Cr6564trans–[Cr(Cl)₂(Py)₄]Cr«V2C6OIIE16B6Z0X2L4»
Cr22867trans–[Cr(CO)₄(NO)]₂Cr«V4C6O-IE18B8X2L5Z1»
Cr3449trans–[Cr(CO)₄(PPh₃)(≡CNEt₂)]⊕Cr«V4C6OIVE18B8Z0X3L5»⊕
Cr3493trans–[Cr(F)(NO)(Dppe-κ²P)₂]Cr«V4C6OOE18B8X2L5Z1»
Cr3501trans–[Cr(I)₂(Dmpe)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3502trans–[Cr(I)₂(Dppe-κ²P)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3504trans–[Cr(Me)₂(Dmpe)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3454trans–[Cr(NCEt)₂(Dmpe)₂]²⊕Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr3455trans–[Cr(NCMe)₂(Dmpe)₂]²⊕Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr23920trans–[Cr(Py)₂(Acac)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr6560trans–[Cr(SC₆F₅)₂(CNXy)₄]Cr«V2C6OIIE16B6Z0X2L4»
Cr3465trans–[Cr(SH)₂(Dmpe)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3468trans–[Cr(Thf)₂(Hfa)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3323[Cr(Bz)(Bpy)(Cp*)]Cr«V2C6OIIE16B6Z0X2L4»
Cr81983[Cr(Cl)(Dmpe)(Cp*)]Cr«V2C6OIIE16B6Z0X2L4»
Cr6470[Cr(CNMe)₄(η⁵-C₅H₄Buᵗ)]²⊕Cr«V3C7OIIIE17B7Z0X1L6»2⊕
Cr3171[Cr(CNPh)₆]²⊕Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr3173[Cr(CO)(CS)(NO)(η⁶-C₆Et₆)]⊕Cr«V4C6OOE18B8X1L6Z1»⊕
Cr3174[Cr(CO)(NO)(HC≡CH)(Cp)]Cr«V4C6OOE18B8X2L5Z1»
Cr3176[Cr(CO)₂(As₃)(Cp)]Cr«V4C8OIVE18B8Z0X4L4»
Cr3177[Cr(CO)₂(As₃)(Cp*)]Cr«V4C8OIVE18B8Z0X4L4»
Cr22595[Cr(CO)₂(Cp)]₂Cr«V4C6OIE18B8Z0X4L4»
Cr3192[Cr(CO)₂(Cp*)]₂Cr«V4C6OIE18B8Z0X4L4»
Cr3181[Cr(CO)₂(NO)(Cp)]Cr«V4C6OOE18B8X2L5Z1»
Cr3182[Cr(CO)₂(NO)(Cp*)]Cr«V4C6OOE18B8X2L5Z1»
Cr3180[Cr(CO)₂(NO)(η⁶-C₆Et₆)]⊕Cr«V4C6OOE18B8X1L6Z1»⊕
Cr3183[Cr(CO)₂(NS)(Cp)]Cr«V4C6OOE18B8X2L5Z1»
Cr3178[Cr(CO)₂(≡CNMe₂)(Cp)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3204[Cr(CO)₅(≡CNEt₂)]⊕Cr«V4C6OIVE18B8Z0X3L5»⊕
Cr3378[Cr(Cp)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3377[Cr(Cp*)(Tp-κ³N)]Cr«V2C6OIIE16B6Z0X2L4»
Cr3375[Cr(Cp*)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr3243[Cr(Dmso-κS)₅(NO)]⊕Cr«V4C6OOE18B8X1L6Z1»⊕
Cr3415[Cr(FPF₅-κF)₂(Py)₄]Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr3390[Cr(H)₄(Dmpe)₂]Cr«V4C8OIVE18B8Z0X4L4»
Cr3507[Cr(I)(CO)₂(PMePh₂)₂(NO)]Cr«V4C6OOE18B8X2L5Z1»
Cr3400[Cr(Me)(Dmpe)(Cp*)]Cr«V2C6OIIE16B6Z0X2L4»
Cr81980[Cr(N)(Dmpe)(Cp*)]Cr«V4C6OIVE18B8Z0X4L4»
Cr3257[Cr(NCMe)₆]²⊕Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr3258[Cr(NCO)(NH₃)₅]⊕Cr«V2C6OIIE16B6Z0X1L5»⊕
Cr3267[Cr(NH₃)₆]²⊕Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr3281[Cr(OH₂)₆]²⊕Cr«V2C6OIIE16B6Z0X0L6»2⊕
Cr3329[Cr(SO₄-κO)(OH₂)₅]Cr«V2C6OIIE16B6Z0X1L5»⊕
Cr3332[Cr(η³-C₃H₅)₂(Cp)]Cr«V3C7OIIIE17B7Z0X3L4»
Cr3331[Cr(η³-C₃H₅)₂(PMe₂Ph)₂]Cr«V2C6OIIE16B6Z0X2L4»
Cr22618[Cr(μ₂-C₈Me₆)]₂Cr«V4C7OIIE18B8Z0X4L4»
Cr6494[Cr{P(OMe)₃}₂(NO)(Cp)]Cr«V4C6OOE18B8X2L5Z1»
Cr81984[Cr₂(N₂)(Dmpe)₂(Cp*)₂]²⊕Cr«V2C6OIIE16B6Z0X1L5»2⊕

Total number of compounds: 65