Results of X number (XN) search
Element chosen: Ru
XN chosen: 3
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 (yet) adjusted to a VCBOLEXZ equivalent neutral class.
| Formula | Ru«VCBOLEXZ»Q± |
|---|---|
| catena–1D-[Ru(μ₂-Br)₃] | catena–1D-[Ru(μ₂-Br)₃] |
| catena–1D-[Ru(μ₂-Cl)₃] | catena–1D-[Ru(μ₂-Cl)₃] |
| cis,cis,trans–[Ru(Cl)₂(Acac)₂]⊖ | cis,cis,trans–[Ru(Cl)₂(Acac)₂]⊖ |
| cis,cis,trans–[Ru(OH₂)₂(Ox)₂]⊖ | cis,cis,trans–[Ru(OH₂)₂(Ox)₂]⊖ |
| cis,cis,trans–[Ru(S₂C₆H₄-κ²S)₂(PMe₃)₂]⊖ | cis,cis,trans–[Ru(S₂C₆H₄-κ²S)₂(PMe₃)₂]⊖ |
| cis,cis–[Ru(Cl)₂(PPh₃)₂(Hfa)] | cis,cis–[Ru(Cl)₂(PPh₃)₂(Hfa)] |
| cis,trans–[Ru(Cl)₂(PPh₃)₂(Hfa)] | cis,trans–[Ru(Cl)₂(PPh₃)₂(Hfa)] |
| cis–[Ru(Cl)₂([14]aneN₄-Me₄-κ⁴N)]⊕ | cis–[Ru(Cl)₂([14]aneN₄-Me₄-κ⁴N)]⊕ |
| cis–[Ru(Cl)₄(OH₂)₂]⊖ | cis–[Ru(Cl)₄(OH₂)₂]⊖ |
| cis–[Ru(Cl)₄{Se(Me)CH₂CH₂SeMe}]⊖ | cis–[Ru(Cl)₄{Se(Me)CH₂CH₂SeMe}]⊖ |
| fac–[Ru(Cl)(OMe)(PCy₃)(Tp-κ³N)] | fac–[Ru(Cl)(OMe)(PCy₃)(Tp-κ³N)] |
| fac–[Ru(Cl)₃(Dmso-κS)₃] | fac–[Ru(Cl)₃(Dmso-κS)₃] |
| mer,cis–[Ru(Cl)₃(CO)(Dmso-κO)₂] | mer,cis–[Ru(Cl)₃(CO)(Dmso-κO)₂] |
| mer,trans–[Ru(Cl)₃(NH₃){P(OMe)₃}₂] | mer,trans–[Ru(Cl)₃(NH₃){P(OMe)₃}₂] |
| mer–[Ru(Cl)₃(SMe₂)₃] | mer–[Ru(Cl)₃(SMe₂)₃] |
| mer–[Ru(Cl)₃(Tht)₃] | mer–[Ru(Cl)₃(Tht)₃] |
| network–[Ru(μ₆-As)] | network–[Ru(μ₆-As)] |
| trans–[Ru(Cl)(OMe)(Py)₄]⊕ | trans–[Ru(Cl)(OMe)(Py)₄]⊕ |
| trans–[Ru(Cl)₂(CNMes)₄]⊕ | trans–[Ru(Cl)₂(CNMes)₄]⊕ |
| trans–[Ru(Cl)₂(Py)₄]⊕ | trans–[Ru(Cl)₂(Py)₄]⊕ |
| trans–[Ru(Cl)₂([14]aneN₄-κ⁴N)]⊕ | trans–[Ru(Cl)₂([14]aneN₄-κ⁴N)]⊕ |
| trans–[Ru(Cl)₂{O=CH(NMe₂)-κO}₄]⊕ | trans–[Ru(Cl)₂{O=CH(NMe₂)-κO}₄]⊕ |
| trans–[Ru(Cl)₄(Dmso-κS)₂]⊖ | trans–[Ru(Cl)₄(Dmso-κS)₂]⊖ |
| trans–[Ru(Cl)₄(NCMe)₂]⊖ | trans–[Ru(Cl)₄(NCMe)₂]⊖ |
| trans–[Ru(OEt)(OHEt)(Tpp)] | trans–[Ru(OEt)(OHEt)(Tpp)] |
| [Ru(Acac)₃] | [Ru(Acac)₃] |
| [Ru(Bpy)₃]³⊕ | [Ru(Bpy)₃]³⊕ |
| [Ru(Br)(PPh₃)(Oep)] | [Ru(Br)(PPh₃)(Oep)] |
| [Ru(Cl)(Dmpe)(Cp*)]⊕ | [Ru(Cl)(Dmpe)(Cp*)]⊕ |
| [Ru(Cl)(OH₂)(En)₂]²⊕ | [Ru(Cl)(OH₂)(En)₂]²⊕ |
| [Ru(Cl)(μ₂-Cl)(Cp*)]₂ | [Ru(Cl)(μ₂-Cl)(Cp*)]₂ |
| [Ru(Cl)₂(Bpy)₂]⊕ | [Ru(Cl)₂(Bpy)₂]⊕ |
| [Ru(Cl)₂(Py)(Cp*)] | [Ru(Cl)₂(Py)(Cp*)] |
| [Ru(Cl)₂(μ₂-Cl)(PBuᵗ₃)₂]₂ | [Ru(Cl)₂(μ₂-Cl)(PBuᵗ₃)₂]₂ |
| [Ru(Cl)₅(N₂C₃H₄)]²⊖ | [Ru(Cl)₅(N₂C₃H₄)]²⊖ |
| [Ru(Cl)₅(OH₂)]²⊖ | [Ru(Cl)₅(OH₂)]²⊖ |
| [Ru(Cl)₆]³⊖ | [Ru(Cl)₆]³⊖ |
| [Ru(Cp)₂]⊕ | [Ru(Cp)₂]⊕ |
| [Ru(Dedtc)₃] | [Ru(Dedtc)₃] |
| [Ru(NH₃)₅(SMe₂)]³⊕ | [Ru(NH₃)₅(SMe₂)]³⊕ |
| [Ru(NH₃)₅(Tht)]³⊕ | [Ru(NH₃)₅(Tht)]³⊕ |
| [Ru(NH₃)₆]³⊕ | [Ru(NH₃)₆]³⊕ |
| [Ru(N₂C₃H₄)₆]³⊕ | [Ru(N₂C₃H₄)₆]³⊕ |
| [Ru(OH₂)(HEdta-κ²N,κ³O)] | [Ru(OH₂)(HEdta-κ²N,κ³O)] |
| [Ru(Ox)₃]³⊖ | [Ru(Ox)₃]³⊖ |
| [Ru(O₂CCF₃-κO)₂(OMe)(CO)(PPh₃)₂] | [Ru(O₂CCF₃-κO)₂(OMe)(CO)(PPh₃)₂] |
| [Ru(SBuᵗ)(Dppm-κ²P)(Cp)]⊕ | [Ru(SBuᵗ)(Dppm-κ²P)(Cp)]⊕ |
| [Ru(S₂)(PPh₃)(η⁵-C₅H₄Me)]₂ | [Ru(S₂)(PPh₃)(η⁵-C₅H₄Me)]₂ |
| [Ru(μ₂-OMe)(Cp)]₂ | [Ru(μ₂-OMe)(Cp)]₂ |
| [Ru(μ₂-O₂CCF₃)₂(Thf)]₂ | [Ru(μ₂-O₂CCF₃)₂(Thf)]₂ |
| [Ru{SC(NH₂)₂}(NH₃)₅]³⊕ | [Ru{SC(NH₂)₂}(NH₃)₅]³⊕ |
| [Ru{S₂P(OMe)₂}₃] | [Ru{S₂P(OMe)₂}₃] |
Total number of compounds: 52