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: 5
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-trans–[Cu(Br)(μ₂-Br)(Dmso-κO)₂]Cu«V2C5OIIEB5Z0X2L3»
catena–1D-[Cu(Br)(μ₂-O₂CMe)(NH₃)₂]Cu«V2C5OIIEB5Z0X2L3»
catena–1D-[Cu(Cl)(μ₂-Cl)(Bpy)]Cu«V2C5OIIEB5Z0X2L3»
catena–1D-[Cu(Cl)(μ₂-Cl)(Dmso-κO)₂]Cu«V2C5OIIEB5Z0X2L3»
catena–1D-[Cu(μ₂-N₃)(Py)₃]⊕Cu«V2C5OIIEB5Z0X1L4»
catena–1D-[Cu(μ₂-O₂NO)(Dien-κ³N)]⊕Cu«V2C5OIIEB5Z0X1L4»
cis,cis–[Cu(OH₂)(Acac)(Bpy)]⊕Cu«V2C5OIIEB5Z0X1L4»
cis,cis–[Cu(Ox)(OH₂)(Bpy)]Cu«V2C5OIIEB5Z0X2L3»
cis–[Cu(Ox)(N₂C₃H₄)₂(OH₂)]Cu«V2C5OIIEB5Z0X2L3»
trans,trans–[Cu(O₂CPh-κO)₂(OH₂)(Py)₂]Cu«V2C5OIIEB5Z0X2L3»
trans–[Cu(ClO₄-κO)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
trans–[Cu(μ₂-Cl){NC₅H₃(CO₂)₂-κN,κ²O}]₂²⊖Cu«V2C5OIIEB5Z0X3L2»
[Cu(Br)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Br)(N₂C₃H₄)₂(Bpy)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Br)(Phen)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Br)(μ₂-Br)(TMEDA-κ²N)]₂Cu«V2C5OIIEB5Z0X2L3»
[Cu(Br)₂([10]aneN₃-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Br)₂([9]aneN₃-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Cl)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Cl)(CN)(Terpy-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)(N₂C₃H₄)₄]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Cl)(OH₂){O₂CC₆H₄(OH)-κO}(Phen)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)(Phen)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(Cl)(μ₂-Cl)(TMEDA-κ²N)]₂Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₂(OH₂)(Phen-Me₂)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₂(OH₂)(μ₂-OPy)]₂Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₂(Py)(Phen)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₂(Terpy-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₂([9]aneN₃-1,4,7-Me₃-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₂([9]aneS₃-κ³S)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Cl)₃(μ₂-Cl)]₂⁴⊖Cu«V2C5OIIEB5Z0X4L1»2⊖
[Cu(Cl)₅]³⊖Cu«V2C5OIIE19B5Z0L0X5»3⊖
[Cu(CN)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(CN)(En)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(CN)(Phen)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(CN)(Tren-κ⁴N)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(CNPh)₅]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(Dedtc)(μ₃-Dedtc)]₂Cu«V2C5OIIEB5Z0X2L3»
[Cu(F)₂(OH₂)(Phen)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(F)₂(Terpy-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(I)(Bpy)₂]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(I)(Phen)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(I)₂(Dien-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(I)₂(Terpy-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(NCMe)(Phen)₂]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NCMe)(Py)₄]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(NCMe)(Tren-κ⁴N)]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NCMe)₃(TMEDA-κ²N)]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NCMe)₃(TMEDA-κ²N)]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(NCNCN)(Bpy)₂]⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NCNCN)(Phen)₂]⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(NCNCN)(Trien-κ⁴N)]⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NCNCN)₂(Dien-κ³N)]Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(NCO)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(NCO)(OH₂)(Terpy-κ³N)]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(NCO)(μ₂-NCO-κ²N)(Phen)]₂Cu«V2C5OIIEB5Z0X2L3»
[Cu(NCO)₂(Terpy-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(NCS-κN)(Acac)(Phen)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(NCS-κN)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(NCS-κN)(Bpy)₂]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(NCS-κN)(Phen)₂]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(NCS-κN)(Tn)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(NCS-κN)(Tren-κ⁴N)]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(NCS-κN)(Tren-κ⁴N)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(NCS-κN)₂(Terpy-κ³N)]Cu«V2C5OIIE19B5Z0X2L3»
[Cu(NCSe)₂(Terpy-κ³N)]Cu«V2C5OIIE19B5Z0X2L3»
[Cu(NH₂Me)₅]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(NH₃)(Bpy)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(NH₃)(Bpy)₂]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NH₃)(Trien-κ⁴N)]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(NH₃)(Trien-κ⁴N)]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(N₂C₃H₄)(Phen)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(N₃)(OH₂)(Terpy-κ³N)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(N₃)(OH₂)(Terpy-κ³N)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(N₃)(Phen)₂]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(N₃)₂(Terpy-κ³N)]Cu«V2C5OIIE19B5Z0X2L3»
[Cu(N₃)₂([10]aneN₃-κ³N)]Cu«V2C5OIIE19B5Z0X2L3»
[Cu(N₃)₂([9]aneN₃-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(OH₂)(Acac)(Phen)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(OH₂)(Bpy)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(OH₂)(En)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(OH₂)(Hfa)₂]Cu«V2C5OIIEB5Z0X2L3»
[Cu(OH₂)(Phen)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(OH₂)₂(15-crown-5-κ³O)]²⊕Cu«V2C5OIIE19B5Z0X0L5»2⊕
[Cu(OH₂)₅]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(ONO₂-κO)(Acac)(Phen-Me₂)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(ONO₂-κO)(Bpy)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(ONO₂-κO)(OH₂)₂(Phen)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(ONO₂-κO)₂(Py)₃]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Ox)(Dien-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(O₂CH-κO)(OH₂)(Terpy-κ³N)]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(O₂CMe-κO)(NC₅H₄Me)₂(O₂CMe)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(O₂CMe-κO)₂(Py)₃]Cu«V2C5OIIEB5Z0X2L3»
[Cu(Phen)(Terpy-κ³N)]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(Py)(Bpy)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕
[Cu(SCN-κS)(Trien-κ⁴N)]⊕Cu«V2C5OIIE19B5Z0X1L4»
[Cu(κ²O-O₂N)(Tp*-κ³N)]Cu«V2C5OIIEB5Z0X2L3»
[Cu(μ₂-Br)(Dien-κ³N)]₂²⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(μ₂-Br)(Terpy-κ³N)]₂²⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(μ₂-Cl)(Dien-κ³N)]₂²⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(μ₂-Cl)(Terpy-κ³N)]₂²⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu(μ₂-I)(TMEDA-κ²N)]₂Cu«V2C5OIEB5Z0X2L3»
[Cu(μ₂-N₃)([9]aneN₃-1,4,7-Me₃-κ³N)]₂²⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu{CO₂(OH)-κO}(Phen)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu{O₂CC₆H₄(OH)-κO}(Phen)₂]⊕Cu«V2C5OIIEB5Z0X1L4»
[Cu{SC(NH₂)₂}(Bpy)₂]²⊕Cu«V2C5OIIEB5Z0X0L5»2⊕

Total number of compounds: 107