MLXZQ list of compounds

Results of MLXZQ for iridium (Ir)

L number (LN) chosen: 4
X number (XN) chosen: 2
Z number (ZN) chosen: 0
Q number (QN) chosen: 1
Element chosen: Ir

Select any formula to view further details for that compound.

Formula VCBOLEXZ±
cis,cis,trans–[Ir(Cl)(H)(Depe)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(Cl)(H)(Dppm-κ²P)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(F)₂(Py)₂(η⁴-Cod)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)(OH₂)(S₂CH)(PCy₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)(μ₂-NH₂)(NH₃)(PEt₃)₂]₂²⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(CO)(Pip)(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(CO)(Tht)(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(CO)₂(PBuᵗ₂Ph)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(IMe)₂(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(NCMe)₂(PPrⁱ₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(O=CMe₂)₂(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(OH₂)(PPh₃)₂(Thf)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(Py)₂(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(SC₄H₄)₂(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(H)₂(Tht)₂(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis,cis,trans–[Ir(Me)₂(CO)₂(PPh₃)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(CH₂OH)(H)(PMe₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(Cl)(H)(PEt₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(Cl)(H)(PEt₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(Cl)₂(Phen)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(Cl)₂([14]aneS₄-κ⁴S)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)(Me)(PMe₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)(NCMe)₂(PPrⁱ₃)(η³-C₃H₅)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)(OMe)(PMe₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)(SH)(PMe₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)₂(Dppe-κ²P)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)₂(Dppm-κ²P)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
cis–[Ir(H)₂(PMe₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
equatorial–[Ir(Se₂)(Dppe-κ²P)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
equatorial–[Ir(S₂)(Dppe-κ²P)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
fac–[Ir(H)(Dppm-κ²P)(Tp-κ³N)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
fac–[Ir(H)(η²-H₂)(PMe₃)(Tp-κ³N)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
fac–[Ir(H)₂(C₈H₁₄)([9]aneN₃-κ³N)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
fac–[Ir(H)₂(Py)₃(PCy₃)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
fac–[Ir(Me)(N₂)(PMe₃)(Tp*-κ³N)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
fac–[Ir(Ph)(CO)(PMe₃)(Tp*-κ³N)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
mer,cis–[Ir(H)(PMe₃)₃(O₂CPh-κ²O)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
mer,cis–[Ir(Me)₂(C₂H₄)(PMe₃)₃]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
mer,cis–[Ir(Me)₂(FBF₃)(PMe₃)₃]Ir«V3C6OIIIE18B6Z0X2L4»⊕
mer,trans–[Ir(Cl)₂(OH₂)(PMe₂Ph)₃]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
mer–[Ir(H){Au(PPh₃)}(CO)(PPh₃)₃]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
trans–[Ir(Cl)₂(OH₂)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
trans–[Ir(Cl)₂(PMe₂Ph)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
trans–[Ir(Cl)₂(Py)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
trans–[Ir(H)(I)(PMe₂Ph)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
trans–[Ir(H)(OH)(PMe₃)₄]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
trans–[Ir(H)₂(Dppm-κ²P)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Br)(η⁴-Cod)(Cp)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Br)₂(Phen)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Buᵗ)(CO)(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(CH₂Cl)(CO)₂(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cl)(Bpy)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cl)(CNXy)(NCMe)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cl)(CO)(η³-C₃H₅)(PMe₂Ph)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cl)(OH₂)₂(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cl)(PMe₃)₂(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cl)(Py)₂(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(CO)(Dedtc)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(CO)₂(CS)(PPh₃)₂]⊕Ir«V3C5OIIIE18B6Z0X2L4»⊕
[Ir(Cp)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cp)(η⁵-C₅EtMe₄)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Cp*)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(C₂H₄)(η³-C₃H₅)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(C≡CPh)(Bpy)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(H)(Bpy)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(H)(C₂H₄)(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(H){C(OCH₂CH₂CH₂)}(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(H)₂(PPrⁱ₃)(η⁶-C₆H₃Me₃)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(H)₂(PPrⁱ₃)(η⁶-C₆H₆)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(I)(Bpy)(Cp)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(I)(CNXy)(NCMe)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(I)(CO)₂(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(I)(η⁴-Cod)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(I){C(SMe)Me}(PPh₃)(Cp)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Me)(Dmso-κS)₂(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Mes)(CO)(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(N₃)(Bpy)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(OH)(Bpy)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(O₂)(Dppm-κ²P)₂]⊕Ir«V3C5OIIIE18B6Z0X2L4»⊕
[Ir(Ph)(CO)(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(Ph)(NH₃)(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(PPh₃)₂(NO)₂]⊕Ir«V3C4O-IE18B6Z0X2L4»⊕
[Ir(Se₄)(Dmpe)₂]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(SiPh₃)(NCMe)(PMe₃)(Cp*)]⊕Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(SO₄-κO)(Dmso-κS)₂(Cp)]Ir«V3C6OIIIE18B6Z0X2L4»⊕
[Ir(SO₄-κO)(OH₂)₂(Cp)]Ir«V3C6OIIIE18B6Z0X2L4»⊕

Total number of compounds: 86