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

X Number (XN) vs. Coordination Number (CN) for cobalt (Co)

X Number (XN) chosen: 2
Coordination Number (CN) chosen: 6
Element chosen: Co
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–[Co(μ₂-Cl)₂(OH₂)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–1D-trans–[Co(μ₂-Cl)₂(Py)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–1D-trans–[Co{O=C(NH₂)₂}₂(μ₂-O=C(NH₂)₂}₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
catena–1D-[Co(μ₂-NCS-κN,κS)₂(N₂C₃H₄)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–1D-[Co(μ₂-NCS-κN,κS)₂{SC(NH₂)₂}₂]Co«V2C6OIIE19B6Z0X2L4»
catena–2D-trans–[Co(Br)₂(μ₂-Diox)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–2D-trans–[Co(μ₂-Br)₂(μ₂-Bpy-4,4')]Co«V2C6OIIE19B6Z0X2L4»
catena–2D-trans–[Co(μ₂-Ox)(μ₂-En)]Co«V2C6OIIE19B6Z0X2L4»
catena–2D-trans–[Co(μ₂-O₂NO)₂(OH₂)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–2D-[Co(μ₃-Br)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–2D-[Co(μ₃-Cl)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–3D-[Co(μ₂-O₂CH)₃]⊖Co«V2C6OIIE19B6Z0X3L3»
catena–3D-[Co(μ₃-F)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–3D-[Co(μ₃-NCS-κN,κ²S)₂]Co«V2C6OIIE19B6Z0X2L4»
catena–3D-[Co(μ₆-S₂)]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(CO₃-κ²O)(N₂C₃H₄)₂(OH₂)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(Dmso-κO)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(H)(NCMe)(Dppe-κ²P)₂]⊕Co«V2C6OIIE19B6Z0X1L5»
cis,cis,trans–[Co(N₂C₃H₄)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(OHEt)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(OHMe)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(OH₂)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(O₂CMe-κO)₂(OH₂)₂(Bpy)]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(O₂CMe-κO)₂(OH₂)₂(Py)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(Py)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co(Thf)₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis,cis,trans–[Co{OCH(NMe₂)-κO}₂(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
cis–[Co(NCO)₂(Phen)₂]Co«V2C6OIIE19B6Z0X2L4»
cis–[Co(OH₂)₂(OHMe)₄]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
cis–[Co(OH₂)₄(Bpy)]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
cis–[Co(OH₂)₄(Phen)]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
fac–[Co(Dien-κ³N)(Tp-κ³N)]⊕Co«V2C6OIIE19B6Z0X1L5»
fac–[Co(OHMe)(O₂NO-κ²O)(Tp*-κ³N)]Co«V2C6OIIE19B6Z0X2L4»
fac–[Co(Tp*-κ³N)₂]Co«V2C6OIIE19B6Z0X2L4»
fac–[Co(Tp-κ³N)₂]Co«V2C6OIIE19B6Z0X2L4»
fac–[Co(Tpm-κ³N)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
fac–[Co([10]aneS₃-κ³S)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
fac–[Co([9]aneN₃-κ³N)(Tp-κ³N)]⊕Co«V2C6OIIE19B6Z0X1L5»
fac–[Co([9]aneS₃-κ³S)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
mer,cis–[Co(O₂CMe-κO)(O₂CMe)(Terpy-κ³N)]Co«V2C6OIIE19B6Z0X2L4»
mer–[Co(Cl)(NCMe)₂([9]aneN₃-1,4,7-Me₃-κ³N)]⊕Co«V2C6OIIE19B6Z0X1L5»
mer–[Co(N₂C₃H₄)₃(OH₂)₃]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
mer–[Co(Terpy-κ³N)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans,trans,trans–[Co(Br)₂(OH₂)₂(Py)₂]Co«V2C6OIIE19B6Z0X2L4»
trans,trans,trans–[Co(NCS-κN)₂(OH₂)₂(OHEt)₂]Co«V2C6OIIE19B6Z0X2L4»
trans,trans,trans–[Co(O₂CH-κO)₂(OH₂)₂(Py)₂]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(Br)₂(OH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(Cl)₂(NCNH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(Cl)₂(OH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(Cl)₂(Py)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(CNBuᵗ)₄(OH₂)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans–[Co(NCMe)₂(OH₂)₄]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans–[Co(NCMe)₂(OPMe₃)₄]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans–[Co(NCS-κN)₂(NC₅H₄Me)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(NCS-κN)₂(OH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(NCS-κN)₂(Py)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(NCS-κN)₂(PzH)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(NCSe)₂(Py)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(NC₅H₄Me)₂(Pc)]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(N₂C₃H₄)₄(OH₂)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans–[Co(N₃)₂(OH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(OH₂)₂(N₂C₃H₄)₄]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans–[Co(OH₂)₄(Py)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
trans–[Co(ONO₂-κO)₂(OH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(ONO₂-κO)₂(PzH)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(O₂CMe-κO)₂(OH₂)₄]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(Pip)₂(Tpp)]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(Py)₂(Pc)]Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(SO₄-κO)₂(OH₂)₄]²⊖Co«V2C6OIIE19B6Z0X2L4»
trans–[Co(SSO₃-κS)₂(OH₂)₄]²⊖Co«V2C6OIIE19B6Z0X2L4»
[Co(Acac)₂(TMEDA-κ²N)]Co«V2C6OIIE19B6Z0X2L4»
[Co(Br)(Py)(En)₂]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(Cl)(OH₂)(Phen)₂]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(Cl)₂(Bpy)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(Cl)₂(Phen)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(CN)(NH₃)₅]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(CN)₅(O₂)]³⊖Co«V2C6OIIE19B6Z0X5L1»3⊖
[Co(Cp)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(Dmso-κO)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(I)(NH₃)(En)₂]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(NCMe)(15-crown-5-κ⁵O)]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(NCMe)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(NCO)₂(Bpy)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(NCS-κN)₂(Bpy)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(NCS-κN)₂(Phen)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(NH₂Cy)(Acac)(μ₃-Acac)]₂Co«V2C6OIIE19B6Z0X2L4»
[Co(NH₃)₅{N(H)COMe-κN}]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(NH₃)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(NSF)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(N₂C₃H₄)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(N₃)₂(Phen)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(OC(S)Ph)₃]⊖Co«V2C6OIIE19B6Z0X3L3»
[Co(OHCH₂CH₂OH)₃]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(OHEt)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(OH₂)₂(Dme)₂]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(OH₂)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(ONO₂-κO)(O₂NO-κ²O)(NCMe)(Phen)]Co«V2C6OIIE19B6Z0X2L4»
[Co(OPMe₃)₂(O₂NO-κ²O)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(OPPh₃)₂(O₂NO-κ²O)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(OPy)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(Ox)(Bpy)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(O₂NO-κ²O)(Bpy)₂]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(O₂NO-κ²O)(Phen)₂]⊕Co«V2C6OIIE19B6Z0X1L5»
[Co(Phen)(Acac)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(Phen)₃]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(SO₄-κ²O)(Phen)₂]Co«V2C6OIIE19B6Z0X2L4»
[Co(Thf)₆]²⊕Co«V2C6OIIE19B6Z0X0L6»2⊕
[Co(μ₃-H)(Cp)]₄Co«V2C6OIIE15B4Z0X2L2»

Total number of compounds: 108