Ligand number (LN) vs. Ligand Bond number (BN) for tin (Sn)
Ligand number (LN) chosen: 1
Ligand bond number (BN) chosen: 3
Element chosen: Sn
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.
Formula | VCBOLEXZ± |
---|---|
catena–1D-[Sn(Br)(μ₂-Br)] | Sn«V2C3OIIE8B3Z0X2L1» |
catena–1D-[Sn(Cl)(μ₂-Cl)] | Sn«V2C3OIIE8B3Z0X2L1» |
catena–1D-[Sn(NCS-κN)(μ₂-NCS-κN,κS)] | Sn«V2C3OIIE8B3Z0X2L1» |
catena–2D-[Sn(PO₄-κ³O)]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
catena–2D-[Sn(SO₄-κ³O)] | Sn«V2C3OIIE8B3Z0X2L1» |
catena–2D-[Sn(μ₃-S)] | Sn«V2C3OIIE8B3Z0X2L1» |
catena–2D-[Sn(μ₃-Se)] | Sn«V2C3OIIE8B3Z0X2L1» |
trans–[Sn(Cl)(μ₂-AsBuᵗ₂)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
trans–[Sn(NMe₂)(μ₂-NMe₂)] | Sn«V2C3OIIE8B3Z0X2L1» |
trans–[Sn(OC₆H₃Buᵗ₂-2,6)(μ₂-NMe₂)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
trans–[Sn(OC₆H₃Me₂-2,6)(μ₂-NMe₂)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
trans–[Sn(OSiPh₃)(μ₂-OBuᵗ)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
trans–[Sn(μ₂-OBuᵗ){N(SiMe₃)₂}]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
[S(SnCl₂)(=C(NH₂)₂)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Br)₂(Py)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Br)₂{O=CH(NMe₂)-κO}] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Br)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Cl)(F)₂]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Cl)(NCS-κN)₂]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Cl)(Pz₂BH₂-κ²N)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)(μ₂-OBuᵗ)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl){C₆H₃(C₆H₂Prⁱ₃)₂}(Py)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₂(Bpy-4,4')] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₂(NH₂Buᵗ)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₂(OH₂)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₂(PEt₃)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₂{O=CH(NMe₂)-κO}] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₂{SC(NH₂)₂}] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(Cl)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Cp*)]⊕ | Sn«V2C3OIIE8B3Z0X1L2»⊕ |
[Sn(C₂F₅)₂(PMe₃)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(F)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(I)₂(Dmso-κO)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(I)₂{O=CH(NMe₂)-κO}] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(I)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Me)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(NCS-κN){N(SiMe₃)₂}] | Sn«V2C2OIIE8B3Z0X2L1» |
[Sn(NH₂)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(N₃)₂(NC₅H₄Me)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(N₃)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(OH₂)₃]²⊕ | Sn«V2C3OIIE8B3Z0X0L3»2⊕ |
[Sn(OSiPh₃)(μ₂-OBuᵗ)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(OSiPh₃)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(O₂CH-κO)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(O₂CMe-κO)(Acac)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(O₂CMe-κO)(O₂CMe)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn(O₂CMe-κO)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Ph)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(SC(O)Ph-κS)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(SePh)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(SPh)₃]⊖ | Sn«V2C3OIIE8B3Z0L0X3»⊖ |
[Sn(Tp*-κ³N)]⊕ | Sn«V2C3OIIE8B3Z0X1L2»⊕ |
[Sn([9]aneS₃-κ³S)]²⊕ | Sn«V2C3OIIE8B3Z0X0L3»2⊕ |
[Sn{B(Pz)₄-κN}{B(Pz)₄-κ²N}] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn{C₆H₃(C₆H₂Prⁱ₃)₂}(μ₂-Cl)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn{C₆H₃(C₆H₂Prⁱ₃)₂}(μ₂-I)]₂ | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn{N(CMe₂CH₂CH₂CH₂CMe₂)₅}₂] | Sn«V2C2OIIE8B3Z0X2L1» |
[Sn{Si(SiMe₃)₃}₂(CNBuᵗ)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn{Si(SiMe₃)₃}₂(CNCy)] | Sn«V2C3OIIE8B3Z0X2L1» |
[Sn{Te(SiMe₃)₃}₂(PMe₃)] | Sn«V2C3OIIE8B3Z0X2L1» |
Total number of compounds: 60