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

X Number (XN) vs. Coordination Number (CN) for manganese (Mn)

X Number (XN) chosen: 3
Coordination Number (CN) chosen: 6
Element chosen: Mn
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–2D-trans,trans,trans–[Mn(F)₂(μ₂-F)(μ₂-Bpy-4,4')]Mn«V3C6OIIIE16B6Z0X3L3»
catena–3D-[Mn(μ₂-F)₃]Mn«V3C6OIIIE16B6Z0X3L3»
cis,cis,trans–[Mn(Cl)(OHMe){O₂CC₆H₄(O)-κ²O}(Bpy)]Mn«V3C6OIIIE16B6Z0X3L3»
cis,cis,trans–[Mn(F)₂(OH₂)₂(Ox)]⊖Mn«V3C6OIIIE16B6Z0X4L2»
cis,cis,trans–[Mn(NCS-κN)(OHMe)(Acac)₂]Mn«V3C6OIIIE16B6Z0X3L3»
cis,cis,trans–[Mn(NCS-κN)(Py)(Acac)₂]Mn«V3C6OIIIE16B6Z0X3L3»
cis,cis,trans–[Mn(OH₂)(NC₅H₄CO₂)(Acac)₂]Mn«V3C6OIIIE16B6Z0X2L4»
cis,cis,trans–[Mn(OH₂)(Py){O₂CC₆H₄(O)-κ²O}₂]⊖Mn«V3C6OIIIE16B6Z0X4L2»
cis,cis,trans–[Mn(OH₂)₂(Acac)₂]⊕Mn«V3C6OIIIE16B6Z0X2L4»
cis,cis,trans–[Mn(OH₂)₂(Bpy){O₂CC₆H₄(O)-κ²O}]⊕Mn«V3C6OIIIE16B6Z0X2L4»
fac–[Mn(Cl)₃(OH₂)(Bpy)]Mn«V3C6OIIIE16B6Z0X3L3»
fac–[Mn(Cl)₃(OH₂)(Phen)]Mn«V3C6OIIIE16B6Z0X3L3»
fac–[Mn(N₃)(Acac)([9]aneN₃-1,4,7-Me₃-κ³N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
fac–[Mn(N₃)₃([9]aneN₃-κ³N)]Mn«V3C6OIIIE16B6Z0X3L3»
fac–[Mn(OH₂)(Acac)([9]aneN₃-κ³N)]²⊕Mn«V3C6OIIIE16B6Z0X1L5»2⊕
mer,cis–[Mn(F)₃(OH₂)(Bpy)]Mn«V3C6OIIIE16B6Z0X3L3»
mer,cis–[Mn(F)₃(OH₂)(Phen)]Mn«V3C6OIIIE16B6Z0X3L3»
mer–[Mn(Cl)₃(Terpy-κ³N)]Mn«V3C6OIIIE16B6Z0X3L3»
mer–[Mn(Cl)₃(Thf)₃]Mn«V3C6OIIIE16B6Z0X3L3»
mer–[Mn(F)₃(Py)₃]Mn«V3C6OIIIE16B6Z0X3L3»
mer–[Mn(F)₃(Terpy-κ³N)]Mn«V3C6OIIIE16B6Z0X3L3»
mer–[Mn(N₃)₃(Terpy-κ³N)]Mn«V3C6OIIIE16B6Z0X3L3»
trans,trans,trans–[Mn(F)₂(Py)₄]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(Br)₂([14]aneN₄-Me₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(Cl)(Py)(Tpp)]Mn«V3C6OIIIE16B6Z0X3L3»
trans–[Mn(Cl)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(Cl)₄(Thf)₂]⊖Mn«V3C6OIIIE16B6Z0X4L2»
trans–[Mn(ClO₄-κO)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(CN)₂(Pc)]⊖Mn«V3C6OIIIE16B6Z0X4L2»
trans–[Mn(CN)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(C≡CPh)₂(Dmpe)₂]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(C≡CSiEt₃)(=C=CH₂)(Dmpe)₂]Mn«V3C6OIIIE18B7Z0X3L4»
trans–[Mn(F)₂(OH₂)₄]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(F)₄(OH₂)₂]⊖Mn«V3C6OIIIE16B6Z0X4L2»
trans–[Mn(I)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(Me)₂(Dmpe)₂]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(NCO)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(NCS-κN)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(N₃)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(OHMe)₂(Tpp)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(OH₂)₂(Tpp)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn(OH₂)₂([14]aneN₄-κ⁴N)]³⊕Mn«V3C6OIIIE16B6Z0X0L6»3⊕
trans–[Mn(ONO-κO)₂([14]aneN₄-κ⁴N)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
trans–[Mn{O=CH(NMe₂)}₂(Tpp)]⊕Mn«V3C6OIIIE16B6Z0X2L4»
[Mn(Acac)₃]Mn«V3C6OIIIE16B6Z0X3L3»
[Mn(CN)₆]³⊖Mn«V3C6OIIIE16B6Z0L0X6»3⊖
[Mn(CO)₂(=C=CMe₂)(Cp)]Mn«V3C6OIIIE18B7Z0X3L4»
[Mn(CO)₂(=CFH)(Cp)]Mn«V3C6OIIIE18B7Z0X3L4»
[Mn(CO)₂(=CMe₂)(Cp)]Mn«V3C6OIIIE18B7Z0X3L4»
[Mn(CO)₂(=CPh₂)(Cp)]Mn«V3C6OIIIE18B7Z0X3L4»
[Mn(CO)₂(=CTol₂)(Cp*)]Mn«V3C6OIIIE18B7Z0X3L4»
[Mn(Cp*)₂]⊕Mn«V3C6OIIIE16B6Z0X2L4»
[Mn(Dedtc)₃]Mn«V3C6OIIIE16B6Z0X3L3»
[Mn(Edta-κ²N,κ⁴O)]⊖Mn«V3C6OIIIE16B6Z0X4L2»
[Mn(F)₅(OH₂)]²⊖Mn«V3C6OIIIE16B6Z0X5L1»2⊖
[Mn(F)₆]³⊖Mn«V3C6OIIIE16B6Z0L0X6»3⊖
[Mn(I)(CS)(NO)(η⁵-C₅H₄Me)]Mn«V3C6OIIIE18B7Z0X4L3»
[Mn(N₃)(OH₂)(Bpy)₂]²⊕Mn«V3C6OIIIE16B6Z0X1L5»2⊕
[Mn{O=C(NH₂)₂}₆]³⊕Mn«V3C6OIIIE16B6Z0X0L6»3⊕

Total number of compounds: 59