X Number (XN) vs. Coordination Number (CN) list

X Number (XN) vs. Coordination Number (CN) for indium (In)

X Number (XN) chosen: 3
Coordination Number (CN) chosen: 6
Element chosen: In
Select any formula to view further details for that compound. Your list may contain compounds for which the X number in the VCBOLEXZ± column is not highlighted. This is because the X 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(F)₂(μ₂-F)(OH₂)₂]In«V3C6OIIIE12B6Z0X3L3»
catena–1D-[In(Me)₂(μ₄-O₂CMe)]In«V3C6OIIIE12B6Z0X3L3»
catena–1D-[In(Mes)₂(μ₄-F₄B)]In«V3C6OIIIE12B6Z0X2L4»
catena–1D-[In(μ₂-OH)(μ₂-SO₄)(OH₂)₂]In«V3C6OIIIE12B6Z0X3L3»
catena–1D-[In(μ₂-SePh)₃]In«V3C6OIIIE12B6Z0X3L3»
catena–1D-[In(μ₂-SO₄)₂(OH₂)₂]⊖In«V3C6OIIIE12B6Z0X4L2»
catena–2D-[In(μ₂-Br)₃]In«V3C6OIIIE12B6Z0X3L3»
catena–2D-[In(μ₄-Br)(Me)₂]In«V3C6OIIIE12B6Z0X3L3»
catena–3D-[In(OH₂)₂(μ₄-PO₄)]In«V3C6OIIIE12B6Z0X3L3»
catena–3D-[In(μ₂-F)₃]In«V3C6OIIIE12B6Z0X3L3»
catena–3D-[In(μ₂-IO₃)₃]In«V3C6OIIIE12B6Z0X3L3»
catena–3D-[In(μ₂-OH)₃]In«V3C6OIIIE12B6Z0X3L3»
catena–3D-[In(μ₂-O₂CH)₃]In«V3C6OIIIE12B6Z0X3L3»
catena–3D-[In(μ₂-O₂CMe)₃]In«V3C6OIIIE12B6Z0X3L3»
cis,cis,trans–[In(Br)₂(Acac)(Thf)₂]In«V3C6OIIIE12B6Z0X3L3»
cis,cis,trans–[In(Br)₂(Dppe-κ²P)₂]⊕In«V3C6OIIIE12B6Z0X2L4»
cis–[In(Br)₂(Dmso-κO)₄]⊕In«V3C6OIIIE12B6Z0X2L4»
cis–[In(Cl)₄(OH₂)₂]⊖In«V3C6OIIIE12B6Z0X4L2»
cis–[In(Cl)₄(TMEDA-κ²N)]⊖In«V3C6OIIIE12B6Z0X4L2»
cis–[In(CO₃-κ²O)(Pc)]⊖In«V3C6OIIIE12B6Z0X4L2»
cis–[In(O₂CMe)(Oep)]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Br)₃(Dmso-κO)₃]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Br)₃(NCMe)(Dme)]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Br)₃([9]aneN₃-1,4,7-Me₃-κ³N)]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Br)₃{O=CH(NMe₂)}₃]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₂(μ₂-Cl)(SMe₂)₂]₂In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₃(Dmso-κO)₃]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₃(OHEt)(Bpy)]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₃(OH₂)(Bpy)]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₃(OH₂)₂(SMe₂)]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₃(OH₂)₃]In«V3C6OIIIE12B6Z0X3L3»
fac–[In(Cl)₃{O=C(NH₂)₂}₃]In«V3C6OIIIE12B6Z0X3L3»
mer,cis–[In(Cl)₃(OHMe)(OPMe₃)₂]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(Br)₃(Py)₃]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(Cl)₃(OH₂)(SAsMe₃)₂]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(Cl)₃(OPMe₃)₃]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(Cl)₃(Py)₃]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(Cl)₃(Thf)₃]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(I)₃(NC₅H₄Me)₃]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(I)₃(Py)₃]In«V3C6OIIIE12B6Z0X3L3»
mer–[In(N₃)₃(Py)₃]In«V3C6OIIIE12B6Z0X3L3»
trans–[In(Br)₄(OH₂)₂]⊖In«V3C6OIIIE12B6Z0X4L2»
trans–[In(Cl)₂(OPPh₃)₄]⊕In«V3C6OIIIE12B6Z0X2L4»
trans–[In(I)₂{OP(NMe₂)₃}₄]⊕In«V3C6OIIIE12B6Z0X2L4»
trans–[In(NCS-κN)₄(Py)₂]⊖In«V3C6OIIIE12B6Z0X4L2»
[In(Acac)₃]In«V3C6OIIIE12B6Z0X3L3»
[In(Br)₂(OPPh₃)₄]⊕In«V3C6OIIIE12B6Z0X2L4»
[In(Br)₂(Phen)₂]⊕In«V3C6OIIIE12B6Z0X2L4»
[In(Br)₅(OH₂)]²⊖In«V3C6OIIIE12B6Z0X5L1»2⊖
[In(Br)₆]³⊖In«V3C6OIIIE12B6Z0L0X6»3⊖
[In(Cl)₂(Acac)(Bpy)]In«V3C6OIIIE12B6Z0X3L3»
[In(Cl)₂(O₂CPh-κ²O)(Py)₂]In«V3C6OIIIE12B6Z0X3L3»
[In(Cl)₅(OH₂)]²⊖In«V3C6OIIIE12B6Z0X5L1»2⊖
[In(Cl)₆]³⊖In«V3C6OIIIE12B6Z0L0X6»3⊖
[In(CN)₃(Py)₃]In«V3C6OIIIE12B6Z0X3L3»
[In(Dedtc)₃]In«V3C6OIIIE12B6Z0X3L3»
[In(Dmso-κO)₆]³⊕In«V3C6OIIIE12B6Z0X0L6»3⊕
[In(F)₃(OH₂)(Bpy)]In«V3C6OIIIE12B6Z0X3L3»
[In(F)₆]³⊖In«V3C6OIIIE12B6Z0L0X6»3⊖
[In(NCS-κN)₆]³⊖In«V3C6OIIIE12B6Z0L0X6»3⊖
[In(N₃)₆]³⊖In«V3C6OIIIE12B6Z0L0X6»3⊖
[In(OH₂)₆]³⊕In«V3C6OIIIE12B6Z0X0L6»3⊕
[In(O₂CMe-κO)₂(En)₂]⊕In«V3C6OIIIE12B6Z0X2L4»
[In(O₂C₇H₅-κ²O)₃]In«V3C6OIIIE12B6Z0X3L3»
[In(S₂PEt₂)₃]In«V3C6OIIIE12B6Z0X3L3»
[In(Tp*-κ³N)₂]⊕In«V3C6OIIIE12B6Z0X2L4»
[In{O=C(NH₂)₂}₆]³⊕In«V3C6OIIIE12B6Z0X0L6»3⊕

Total number of compounds: 67