Ligand Number (LN) vs. Bond Number (BN or LBN) list

Ligand number (LN) vs. Ligand Bond number (BN) for indium (In)

Ligand number (LN) chosen: 2
Ligand bond number (BN) chosen: 5
Element chosen: In
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-[In(Br)₃{μ₂-N(CH)₄N}]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(CH₂SiMe₃)(μ₂-Cl)₂]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(Cl)₂(Prⁱ)(μ₂-Diox)]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(C₃H₅-κC)₃(μ₂-Diox)]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(Et)₂(μ₂-OC(S)Me)]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(I)₃{μ₂-N(CH)₄N}]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(Me)₃{S(CH₂)₄S-κ²S}]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(SePh)(μ₂-SePh)₂]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(μ₂-Br)₂{CH(SiMe₃)₂}]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In(μ₃-Cl)(Me)₂]In«V3C5OIIIE10B5Z0X3L2»
catena–1D-[In{CH(SiMe₃)₂}(μ₂-Br)₂]In«V3C5OIIIE10B5Z0X3L2»
catena–2D-[In(Bz)₃(μ₂-Bpy-4,4')]In«V3C5OIIIE10B5Z0X3L2»
catena–2D-[In(I)₃(μ₂-Dppe)]In«V3C5OIIIE10B5Z0X3L2»
trans–[In(Cl)₃(PMe₃)₂]In«V3C5OIIIE10B5Z0X3L2»
trans–[In(Cl)₃(PPh₃)₂]In«V3C5OIIIE10B5Z0X3L2»
trans–[In(Cl)₃(SAsMe₃)₂]In«V3C5OIIIE10B5Z0X3L2»
trans–[In(Cl)₃(SPMe₃)₂]In«V3C5OIIIE10B5Z0X3L2»
trans–[In(Cl)₃(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
trans–[In(Cl)₃{O=C(NMe₂)₂}₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)(Cl)(Thf)₂]₂In«V3C5OIIE10B5Z0X3L2»
[In(Br)(H)₂{N(CH₂CH₂)₃CH}₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)(S₄)(S₅)]²⊖In«V3C5OIIIE10B5Z0L0X5»2⊖
[In(Br)₂(Bz)(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₂(CH₂Br)(OPPh₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₂(C₆F₅)(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₂(Et)(TMEDA-κ²N)]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₂(Prⁱ)(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₃(PMe₂Ph)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₃(PPh₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₃(SAsMe₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₃(SPMe₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₃(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Br)₅]²⊖In«V3C5OIIIE10B5Z0L0X5»2⊖
[In(Bz)(Cl)₂(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(CH₂SiMe₃)₂(Thf)₃]⊕In«V3C5OIIIE10B5Z0X2L3»
[In(CH₂SiMe₃)₂(Thf)₃]⊕In«V3C5OIIIE10B5Z0X2L3»
[In(Cl)(Me)₂(TMEDA-κ²N)]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)(Oep)]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)(Tpp)]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₂(Cp-κC)(Thf)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₂(Thf)₂]₂In«V3C5OIIE10B5Z0X3L2»
[In(Cl)₃(NEt₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₃(NHBz₂)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₃{N(SnMe₃)₃}₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₃{OP(NMe₂)₃}₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₃{SC(NMe₂)₂}₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Cl)₅]²⊖In«V3C5OIIIE10B5Z0L0X5»2⊖
[In(CN)₅]²⊖In«V3C5OIIIE10B5Z0L0X5»2⊖
[In(C₆F₅)₃(NCMe)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(C₆F₅)₃(Py)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Et)(I)₂(TMEDA-κ²N)]In«V3C5OIIIE10B5Z0X3L2»
[In(H)₃(PCy₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(I)(Pc)]In«V3C5OIIIE10B5Z0X3L2»
[In(I)₃(AsPh₃)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(I)₃(Dppen)]In«V3C5OIIIE10B5Z0X3L2»
[In(I)₃(PMePh₂)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(I)₃(PPh₃)₂]₃In«V3C5OIIIE10B5Z0X3L2»
[In(I)₃(SeMe₂)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(I)₃(TMEDA-κ²N)]In«V3C5OIIIE10B5Z0X3L2»
[In(Me)(ONC₉H₆-κN,κO)₂]In«V3C5OIIIE10B5Z0X3L2»
[In(Me)(Tpp)]In«V3C5OIIIE10B5Z0X3L2»
[In(Me)₂(ONC₉H₆-κN,κO)]₂In«V3C5OIIIE10B5Z0X3L2»
[In(OH)(Oep)]In«V3C5OIIIE10B5Z0X3L2»
[In(Prⁱ)₂(FBF₃)(Thf)₂]In«V3C5OIIIE10B5Z0X2L3»
[In(SPh)₃(Py)₂]In«V3C5OIIIE10B5Z0X3L2»
[In{CH(SiMe₃)₂}(μ₂-O₂CPh)₂]₂In«V3C5OIIIE10B5Z0X3L2»
[In{Fe(CO)₂Cp}(Pc)]In«V3C5OIIIE10B5Z0X3L2»
[In{Mn(CO)₄}₅]²⊖In«V3C5OIIIE10B5Z0L0X5»2⊖
[In{Mn(CO)₅}(Oep)]In«V3C5OIIIE10B5Z0X3L2»
[In{Mo(CO)₃Cp}(Oep)]In«V3C5OIE10B5Z0X3L2»
[In₂(S₄)₂(S₆)₂(S₇)]⁴⊖In«V3C5OIIIE10B5Z0L0X5»4⊖

Total number of compounds: 71