Coordination number vs. oxidation number for lutetium (Lu)
Element chosen: Lu
Oxidation number (ON) chosen: 3
Coordination number (CN) chosen: 6
Select any formula to view further details for that compound.
Formula | VCBOLEXZ± |
---|---|
catena–1D-[Lu(Cl)₂(μ₂-Cl)₂]⊖ | Lu«V3C6OIIIE12B6Z0X4L2»⊖ |
cis–[Lu(I)₂(OHPrⁱ)₄]⊕ | Lu«V3C6OIIIE12B6Z0X2L4»⊕ |
cis–[Lu(Me)₂(Thf)₄]⊕ | Lu«V3C6OIIIE12B6Z0X2L4»⊕ |
fac–[Lu(Bz)₃(Thf)₃] | Lu«V3C6OIIIE12B6Z0X3L3» |
fac–[Lu(NCS-κN)₃(OPPh₃)₃] | Lu«V3C6OIIIE12B6Z0X3L3» |
network–[Lu(μ₆-As)] | Lu«V3C6OIIIE12B6Z0X3L3» |
network–[Lu(μ₆-P)] | Lu«V3C6OIIIE12B6Z0X3L3» |
network–[Lu(μ₆-Sb)] | Lu«V3C6OIIIE12B6Z0X3L3» |
network–[Lu₂(μ₄-Se)₃] | Lu«V3C6OIIIE12B6Z0X3L3» |
trans–[Lu(SO₃CF₃-κO)₂(OPPh₃)₄]⊕ | Lu«V3C6OIIIE12B6Z0X2L4»⊕ |
[Lu(Bz)₂(Thf)(Cp*)] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(CH₂SiMe₃)₂(Thf)(Cp*)] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(CH₂SiMe₃)₂(Thf)(Tp*-κ³N)] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(CH₂SiMe₃)₂(Thf){η⁵-C₅(SiMe₃)Me₄}] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(CH₂SiMe₃)₂(Thf){η⁵-C₉H₅(SiMe₃)₂}] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(CH₂SiMe₃)₂(Thf){η⁵-C₉H₅(SiMe₃)₂}] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(CH₂SiMe₃)₂{OSi(OBuᵗ₃)}(12-crown-4-κ³O)] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(Cl)(CH₂SiMe₃){CH(SiMe₃)₂}(Cp*)]⊖ | Lu«V3C6OIIIE12B6Z0X4L2»⊖ |
[Lu(Cl)₂{CH(SiMe₃)₂}(Cp*)]⊖ | Lu«V3C6OIIIE12B6Z0X4L2»⊖ |
[Lu(Cl)₃(Tpm*-κ³N)]⊖ | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(Cl)₆]³⊖ | Lu«V3C6OIIIE12B6Z0L0X6»3⊖ |
[Lu(Me)₃(Cp*)]⊖ | Lu«V3C6OIIIE12B6Z0X4L2»⊖ |
[Lu(NCS-κN)₆]³⊖ | Lu«V3C6OIIIE12B6Z0L0X6»3⊖ |
[Lu(Ph)(Thf)₅]²⊕ | Lu«V3C6OIIIE12B6Z0X1L5»2⊕ |
[Lu(Po)(electride)] | Lu«V3C6OIII» |
[Lu(S)(electride)] | Lu«V3C6OIII» |
[Lu(Se)(electride)] | Lu«V3C6OIII» |
[Lu(S₂PCy₂)₃] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu(Te)(electride)] | Lu«V3C6OIII» |
[Lu(μ₆-N)] | Lu«V3C6OIII» |
[Lu{N(SiMe₃)₂}(Thf)(η⁸-Cot)] | Lu«V3C6OIIIE16B8Z0X3L5» |
[Lu{O=C(NH₂)₂}₆]³⊕ | Lu«V3C6OIIIE12B6Z0X0L6»3⊕ |
[Lu{O=C(NH₂)₂}₆]³⊕ | Lu«V3C6OIIIE12B6Z0X0L6»3⊕ |
[Lu{OC(Buᵗ)CHC(Buᵗ)O}₃] | Lu«V3C6OIIIE12B6Z0X3L3» |
[Lu₂(O)₃] | Lu«V3C6OIII» |
[Lu₂(S)₃] | Lu«V3C6OIII» |
Total number of compounds: 36