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

X Number (XN) vs. Coordination Number (CN) for copper (Cu)

X Number (XN) chosen: 2
Coordination Number (CN) chosen: 6
Element chosen: Cu
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-cis–[Cu(μ₂-O₂CCF₃)₂(Phen)]Cu«V2C6OIIEB6Z0X2L4»
catena–1D-[Cu(OH₂)₄(μ₂-SO₄)]Cu«V2C6OIIEB6Z0X2L4»
catena–1D-[Cu(ONO₂-κO)₂{μ₂-N(CH)₄N}₂]Cu«V2C6OIIEB6Z0X2L4»
catena–1D-[Cu(O₂NO-κ²O)(NCMe)₂(μ₂-O₂NO)]Cu«V2C6OIIEB6Z0X2L4»
catena–1D-[Cu(μ₂-Cl)₂(OH₂)₂]Cu«V2C6OIIEB6Z0X2L4»
catena–1D-[Cu(μ₂-Ox)(Bpy)]Cu«V2C6OIIEB6Z0X2L4»
catena–1D-[Cu(μ₂-O₂NO)(Bpy)₂]⊕Cu«V2C6OIIEB6Z0X1L5»
catena–1D-[Cu(μ₂-SO₄)(OH₂)₄]Cu«V2C6OIIEB6Z0X2L4»
catena–2D-[Cu(F)₂(μ₂-F)₂]²⊖Cu«V2C6OIIEB6Z0X4L2»2⊖
catena–3D-[Cu(μ₆-S₂)]Cu«V2C6OIIEB6Z0X2L4»
cis,cis,trans–[Cu(FBF₃)₂(Py)₂(En)]Cu«V2C6OIIEB6Z0X0L6»2⊕
cis,cis,trans–[Cu(FBF₃)₂{S(Me)CH₂CH₂SMe}₂]Cu«V2C6OIIEB6Z0X0L6»2⊕
cis–[Cu(Br)₂(12-crown-4-κ⁴O)]Cu«V2C6OIIEB6Z0X2L4»
cis–[Cu(Cl)₂(OHCH₂CH₂OH)₂]Cu«V2C6OIIEB6Z0X2L4»
cis–[Cu(NCS-κN)₂(Phen)₂]Cu«V2C6OIIE21B6Z0X2L4»
cis–[Cu(OH₂)₂(Phen)₂]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
cis–[Cu(κ²O-O₂N)(Bpy)₂]⊕Cu«V2C6OIIE21B6Z0X1L5»
fac–[Cu(Tp*-κ³N)₂]Cu«V2C6OIIEB6Z0X2L4»
fac–[Cu(Tpm*-κ³N)₂]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
fac–[Cu([9]aneN₃-κ³N)₂]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
mer,cis–[Cu(μ₂-Br)(OHMe){NC₅H₃(CO₂)₂-κN,κ²O}]₂²⊖Cu«V2C6OIIEB6Z0X3L3»
mer,trans–[Cu(ClO₄-κO)₂(OH₂)(Terpy-κ³N)]Cu«V2C6OIIEB6Z0X2L4»
mer–[Cu(Terpy-κ³N)₂]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
trans,trans,trans–[Cu(ONO-κO)₂(OH₂)₂{N(CH)₄N}₂]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(Br)₂(N₂C₃H₄)₄]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(Br)₂([14]aneN₄-κ⁴N)]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(Cl)(NCMe)(15-crown-5-κ⁴O)]⊕Cu«V2C6OIIEB6Z0X1L5»
trans–[Cu(ClO₄-κO)₂(Dmso-κO)₄]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(ClO₄-κO)₂([14]aneN₄-κ⁴N)]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(ClO₄-κO)₂([14]aneN₄-κ⁴N)]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(ClO₄-κO)₂([14]aneS₄-κ⁴S)]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(ClO₄-κO)₂{SC(NHMe)₂}₄]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(I)(NCS-κN)(Py)₄]Cu«V2C6OIIE21B6Z0X2L4»
trans–[Cu(OH₂)₂(En)₂]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
trans–[Cu(OH₂)₂(NH₃)₄]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
trans–[Cu(OH₂)₂(OHMe)₄]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
trans–[Cu(OH₂)₄(OHMe)₂]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
trans–[Cu(ONO₂-κO)₂(En)₂]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(ONO₂-κO)₂(N₂C₃H₄)₄]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(OSO₂Me-κO)₂(OH₂)₄]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(O₂CCF₃-κO)₂(OH₂)₄]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu(TMEDA-κ²N)(Hfa)₂]Cu«V2C6OIIEB6Z0X2L4»
trans–[Cu{N(CH)₄N}₂(Hfa)₂]Cu«V2C6OIIEB6Z0X2L4»
[Cu(Bpy)₃]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(Br)₆]⁴⊖Cu«V2C6OIIEB6Z0L0X6»4⊖
[Cu(Cl)₂{SC(NMe₂)₂}₄]Cu«V2C6OIIEB6Z0X2L4»
[Cu(Cl)₆]⁴⊖Cu«V2C6OIIE21B6Z0L0X6»4⊖
[Cu(Dien-κ³N)₂]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(Dmso-κO)₆]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(En)₃]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(F)₄(OH₂)₂]²⊖Cu«V2C6OIIE21B6Z0X4L2»2⊖
[Cu(F)₄(OH₂)₂]²⊖Cu«V2C6OIIE21B6Z0X4L2»2⊖
[Cu(Hfa)(Acac)(Phen)]Cu«V2C6OIIEB6Z0X2L4»
[Cu(Hfa)₂(Py)₂]Cu«V2C6OIIEB6Z0X2L4»
[Cu(Hfa)₃]⊖Cu«V2C6OIIEB6Z0X3L3»
[Cu(NCMe)₆]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
[Cu(NCNCN)₂(Phen)₂]Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(NCS-κN)₂(Py)₄]Cu«V2C6OIIEB6Z0X2L4»
[Cu(NH₃)₄(OHMe)₂]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
[Cu(NH₃)₆]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(N₂C₃H₄)₂(Hfa)₂]Cu«V2C6OIIEB6Z0X2L4»
[Cu(N₂C₃H₄)₆]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
[Cu(N₃)₂(Tn)₂]Cu«V2C6OIIE21B6Z0X2L4»
[Cu(OHCH₂CH₂OH)₃]²⊕Cu«V2C6OIIEB6Z0X0L6»2⊕
[Cu(OH₂)₂(OHMe)₄]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(OH₂)₆]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(OPy)₆]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(O₂CCF₃-κO)₂(Py)₄]Cu«V2C6OIIE21B6Z0X2L4»
[Cu(Phen)₃]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(Terpy-κ³N)₂]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕
[Cu(Tp-κ³N)₂]Cu«V2C6OIIEB6Z0X2L4»
[Cu([10]aneN₃-κ³N)₂]²⊕Cu«V2C6OIIE21B6Z0X0L6»2⊕

Total number of compounds: 72