Results of MLXZQ for platinum (Pt)
L number (LN) chosen: 3
X number (XN) chosen: 1
Z number (ZN) chosen: 0
Q number (QN) chosen: 1
Element chosen: Pt
Select any formula to view further details for that compound.
Formula | VCBOLEXZ± |
---|---|
cis–[Pt(Cl)(Dmso-κS)(En)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
cis–[Pt(Cl)(Dmso-κS)(NH₃)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
cis–[Pt(Cl)(NCMe)(NH₃)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
cis–[Pt(Cl)(PEt₃)₂(Phen-κN)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
cis–[Pt(Me)(Dmso-κS)(Phen)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
cis–[Pt(Me)(OEt₂)(TMEDA-κ²N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(Cl)(Dmso-κS)(NH₃)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(Cl)(Dmso-κS)(Py)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(H)(CH₂=C=CMe₂)(PCy₃)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(Me)(O=CMe₂)(PMe₂Ph)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(Me){C(OMe)Me}(PMe₂Ph)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(OH₂)(CH=CPh₂)(PPh₃)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
trans–[Pt(Ph)(OH₂)(PEt₃)₂]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Br)(Dien-κ³N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Br)(SMe₂)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Cl)(PEt₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Cl)(PMe₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Cl)(SMe₂)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Cl)(Terpy-κ³N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Cl){P(OMe)₃}₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(COMe){C(OH)Me}(Bpy)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(C≡CPh)(Terpy-κ³N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(F)(PEt₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(H)(PEt₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(H)(PMe₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(H)(PPh₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(Me)(Terpy-κ³N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(NH₃)₂(Gly-κN,κO)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(N₃)(Terpy-κ³N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(OMe)(Terpy-κ³N)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt(PCy₃)₂(η³-C₃H₅)]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
[Pt{Au(PPh₃)}(PPh₃)₃]⊕ | Pt«V2C4OIIE16B4Z0X1L3»⊕ |
Total number of compounds: 32