Coordination number vs. oxidation number for titanium (Ti)
Element chosen: Ti
Oxidation number (ON) chosen: 4
Coordination number (CN) chosen: 4
Select any formula to view further details for that compound.
| Formula | VCBOLEXZ± |
|---|---|
| trans–[Ti(Cl)₂(⭀NPh)(NHMe₂)] | Ti«V4C4OIVE12B6Z0X4L2» |
| [Ti(Br)₂(OC₆H₃Ph₂-2,6)₂] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(Br)₄] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(CH₂Buᵗ)₃{Si(SiMe₃)₃}] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(CH₂SiMe₃)₃{Si(SiMe₃)₃}] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(Cl)(NCy₂)₃] | Ti«V4C4OIVE14B7Z0X4L3» |
| [Ti(Cl)(NMe₂)₃] | Ti«V4C4OIVE14B7Z0X4L3» |
| [Ti(Cl)(OC₆H₃Prⁱ₂-2,6)₃] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(Cl){N(SiMe₃)₂}₃] | Ti«V4C4OIVE14B7Z0X4L3» |
| [Ti(Cl)₃(OSiPh₃)] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(Cl)₄] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(Me)(OC₆H₃Prⁱ₂-2,6)₃] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(Me){N(SiMe₃)₂}₃] | Ti«V4C4OIVE14B7Z0X4L3» |
| [Ti(Me)₂(NCy₂)₂] | Ti«V4C4OIVE12B6Z0X4L2» |
| [Ti(Me)₂(OC₆H₃Ph₂-2,6)₂] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(NCy₂)₂(μ₂-CH₂)]₂ | Ti«V4C4OIVE12B6Z0X4L2» |
| [Ti(NMe₂)₂(NPh₂)₂] | Ti«V4C4OIVE16B8Z0X4L4» |
| [Ti(NMe₂)₂(μ₂-NBuᵗ)]₂ | Ti«V4C4OIVE14B7Z0X4L3» |
| [Ti(NMe₂)₃{Si(SiMe₃)₃}] | Ti«V4C4OIVE14B7Z0X4L3» |
| [Ti(NMe₂)₄] | Ti«V4C4OIVE16B8Z0X4L4» |
| [Ti(NPh₂)₄] | Ti«V4C4OIVE16B8Z0X4L4» |
| [Ti(OSiPh₃)₄] | Ti«V4C4OIVE8B4Z0L0X4» |
| [Ti(SBuᵗ)₃(NEt₂)] | Ti«V4C4OIVE10B5Z0X4L1» |
Total number of compounds: 23