Ligand Number (LN) list

Results of ligand number (LN) search

Element chosen: Xe
Ligand number chosen: 0
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.

Element ID Formula Xe«VCBOLEXZ»Q±
Xe80304catena–1D-[{(FXeF)₃➝La(BF₄)₃}₃]Xe«V2C2OIIE10B2Z0L0X2»
Xe80302catena–2D-[Xe(F){F➝La(BF₄)₃}]Xe«V2C2OIIE10B2Z0L0X2»
Xe80303catena–2D-[Xe(F){F➝Nd(BF₄)₃}]Xe«V2C2OIIE10B2Z0L0X2»
Xe80614catena–3D-[Ag(FXeF)₂]⊕Xe«V2C2OIIE10B2Z0X1L1»⊕
Xe80606fac–[Xe(O)₃(NC₅H₄NMe₂)₃]Xe«V6C6OVIE14B6X0L3Z3»
Xe79768fac–[Xe(O)₃(O=CMe₂)₃]Xe«V6C6OVIE14B6X0L3Z3»
Xe79928fac–[Xe(O)₃(OPPh₃)₂]Xe«V6C5OVIE12B5X0L2Z3»
Xe79753fac–[Xe(O)₃(Py)₃]Xe«V6C6OVIE14B6X0L3Z3»
Xe80002trans–[Xe(F)(FXeF)]⊕Xe«V2C2OIIE10B2Z0X1L1»⊕
Xe80599trans–[Xe(F)₂(O)(NCMe)]Xe«V4C4OIVE12B4X2L1Z1»
Xe80310[Au(Xe)(AsF₃)]⊕Xe«V2C1OOE8B1L0X0Z1»
Xe80309[Au(Xe)₄]²⁺Xe«V2C1OOE8B1L0X0Z1»
Xe80300[Bi(FXeF)₃]³⊕Xe«V2C2OIIE10B2Z0L0X2»
Xe14351[Xe(Cl)]⊕Xe«V2C1OIIE8B1Z0L0X1»⊕
Xe6656[Xe(C₆F₅)(NCMe)]⊕Xe«V2C2OOE10B2Z0X1L1»⊕
Xe80597[Xe(C₆F₅)(NC₅H₃F₂)]⊕Xe«V2C2OOE10B2Z0X1L1»⊕
Xe6663[Xe(C₆F₅)(O₂CC₆F₅-κO)]Xe«V2C2OOE10B2Z0L0X2»
Xe6664[Xe(C₆F₅)]⊕Xe«V2C1OOE8B1Z0L0X1»⊕
Xe6652[Xe(C₆F₅)₂]Xe«V2C2O-IIE10B2Z0L0X2»
Xe80312[Xe(C₆H₃F₂)]⊕Xe«V2C1OOE8B1Z0L0X1»⊕
Xe80696[Xe(F)(FAsF₅)]Xe«V2C2OIIE10B2Z0X1L1»⊕
Xe80305[Xe(F)(FXeF)]⊕Xe«V2C2OIIE10B2Z0X1L1»⊕
Xe6646[Xe(F)(O)₂(O)]⊖Xe«V6C4OVIE10B4L0X3Z1»⊕
Xe6662[Xe(F)(O)₂]⊕Xe«V6C3OVIE8B3L0X1Z2»⊕
Xe6667[Xe(F)(ONO₂-κO)]Xe«V2C2OIIE10B2Z0L0X2»
Xe14352[Xe(F)(RuF₆)]Xe«V2C2OIIIE10B2Z0X1L1»⊕
Xe80695[Xe(F)(SbF₆)]Xe«V2C2OIIE10B2Z0X1L1»⊕
Xe14353[Xe(F)(SbF₆)]Xe«V2C2OIIE10B2Z0X1L1»⊕
Xe80607[Xe(F)(μ₂-F)(O)₃]₂⁴⊖Xe«V6C6OVIE14B6X2L1Z3»2⊖
Xe80313[Xe(F)]⊕Xe«V2C1OIIE8B1Z0L0X1»⊕
Xe80610[Xe(F){N(SO₂F)₂}]Xe«V2C2OIIE10B2Z0L0X2»
Xe14354[Xe(F){N(SO₂F)₂}]Xe«V2C2OIIE10B2Z0L0X2»
Xe79754[Xe(F)₂(C₆F₅)]⊕Xe«V4C3OIIE10B3Z0L0X3»⊕
Xe6647[Xe(F)₂(O)]Xe«V4C3OIVE10B3L0X2Z1»
Xe6657[Xe(F)₂(O)₂]Xe«V6C4OVIE10B4L0X2Z2»
Xe6648[Xe(F)₂]Xe«V2C2OIIE10B2Z0L0X2»
Xe80301[Xe(F)₃(F{W(F)₃(O})]Xe«V4C4OIVE12B4Z0L0X4»
Xe6668[Xe(F)₃(O)]⊕Xe«V6C4OVIE10B4L0X3Z1»⊕
Xe6669[Xe(F)₃]⊕Xe«V4C3OIVE10B3Z0L0X3»⊕
Xe80609[Xe(F)₃{F➝W(F)₄(O)}]Xe«V4C4OIVE12B4Z0L0X4»
Xe79752[Xe(F)₄(O)]Xe«V6C5OVIE12B5L0X4Z1»
Xe6649[Xe(F)₄]Xe«V4C4OIVE12B4Z0L0X4»
Xe80306[Xe(F)₅(FXeF₅)]⊕Xe«V6C6OVIE14B6Z0L0X6»
Xe6660[Xe(F)₅(O)]⊖Xe«V6C6OVIE14B6Z0L0X6»
Xe6659[Xe(F)₅]⊕Xe«V6C5OVIE12B5Z0L0X5»⊕
Xe6651[Xe(F)₆]Xe«V6C6OVIE14B6Z0L0X6»
Xe14350[Xe(NSF₄)]⊕Xe«V2C1OIIE8B1Z0L0X1»⊕
Xe80608[Xe(O)₃(15-crown-5-κ³O)]Xe«V6C6OVIE14B6X0L3Z3»
Xe80603[Xe(O)₃(NCEt)]Xe«V6C4OVIE10B4X0L1Z3»
Xe80601[Xe(O)₃(NCEt)₂]Xe«V6C5OVIE12B5X0L2Z3»
Xe80602[Xe(O)₃(NCMe)₂]Xe«V6C5OVIE12B5X0L2Z3»
Xe6653[Xe(O)₃]Xe«V6C3OVIE8B3L0X0Z3»
Xe79939[Xe(O)₆]⁴⊖Xe«V8C6OVIIIE12B6Z0L0X6»2⊕
Xe80615[Xe(OSeF₅)]⊕Xe«V2C1OIIE8B1Z0L0X1»⊕
Xe80616[Xe(OSeF₅)₂]Xe«V2C2OIIE10B2Z0L0X2»
Xe6666[Xe(OSO₂F)₂]Xe«V2C2OIIE10B2Z0L0X2»
Xe80613[Xe(OTeF₅)]⊕Xe«V2C1OIIE8B1Z0L0X1»⊕
Xe80308[Xe(OTeF₅)₂(O)₂]Xe«V6C4OVIE10B4L0X2Z2»
Xe80314[Xe(OTeF₅)₂]Xe«V2C2OIIE10B2Z0L0X2»
Xe80315[Xe(OTeF₅)₄]Xe«V4C4OIVE12B4Z0L0X4»
Xe80617[Xe(OXe)₂]²⊕Xe«V4C2OIVE8B2Z0L0X2»2⊕
Xe80688[Xe(Xe)]⊕Xe«V2C1OIE8B1Z0L0X1»⊕
Xe6655[Xe]Xe«V0C0OOE8B0Z0L0X0»
Xe80311[Xe{Au(AsF₃)}]⊕Xe«V2C1OOE8B1L0X0Z1»
Xe80697[Xe{Au(CF₃)}]⊕Xe«V2C1OOE8B1Z0L0X1»⊕
Xe80698[Xe{Hg(SbF₆)([Sb₂F₁₁)}]²⊕Xe«V2C1OOE8B1L0X0Z1»
Xe80598[Xe₂(C₆F₅)₂(μ₂-Cl)]⊕Xe«V2C2OOE10B2Z0X1L1»⊕
Xe80612[Xe₂(F)₂(O)₂(μ₂-F)]⊕Xe«V6C4OVIE10B4X1L1Z2»⊕
Xe80600[Xe₂(NCMe)₂(μ₂–O)]²⊕Xe«V2C2OIIE10B2Z0X1L1»2⊕
Xe80605[Xe₂(O)₆(Dmso-κO)₂(μ₂-Dmso-κO)]Xe«V6C5OVIE12B5X0L2Z3»
Xe80604[Xe₂(O)₆(OPy)₂(μ₂-OPy)]Xe«V6C5OVIE12B5X0L2Z3»
Xe80307[Xe₂(μ₂–O)(NCMe)₂]²⊕Xe«V2C2OIIE10B2Z0X1L1»2⊕

Total number of compounds: 72