Results of X number (XN) search
Element chosen: Re
XN chosen: 4
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 | Re«VCBOLEXZ»Q± |
|---|---|
| cis,cis–[Re(Me)₂(I)(PMe₃)(Phen)]⊕ | cis,cis–[Re(Me)₂(I)(PMe₃)(Phen)]⊕ |
| cis–[Re(Br)₄(Bpy)] | cis–[Re(Br)₄(Bpy)] |
| cis–[Re(Br)₄(NCS-κN)(SCN-κS)]²⊖ | cis–[Re(Br)₄(NCS-κN)(SCN-κS)]²⊖ |
| cis–[Re(Cl)₃(μ₂-Cl)(PMe₃)₂]₂ | cis–[Re(Cl)₃(μ₂-Cl)(PMe₃)₂]₂ |
| cis–[Re(Cl)₄(Bpy)] | cis–[Re(Cl)₄(Bpy)] |
| cis–[Re(Cl)₄(Dme)] | cis–[Re(Cl)₄(Dme)] |
| cis–[Re(Cl)₄(Dppe-κ²P)] | cis–[Re(Cl)₄(Dppe-κ²P)] |
| cis–[Re(Cl)₄(I)₂]²⊖ | cis–[Re(Cl)₄(I)₂]²⊖ |
| cis–[Re(Cl)₄(NCS-κN)₂]²⊖ | cis–[Re(Cl)₄(NCS-κN)₂]²⊖ |
| cis–[Re(Cl)₄(Ox)]²⊖ | cis–[Re(Cl)₄(Ox)]²⊖ |
| cis–[Re(Cl)₄(Phen)] | cis–[Re(Cl)₄(Phen)] |
| cis–[Re(Cl)₄(Thf)₂] | cis–[Re(Cl)₄(Thf)₂] |
| cis–[Re(NCS-κN)₄(PPh₃)(OPPh₃)] | cis–[Re(NCS-κN)₄(PPh₃)(OPPh₃)] |
| fac–[Re(Br)₂(Cl)(I)₃]²⊖ | fac–[Re(Br)₂(Cl)(I)₃]²⊖ |
| fac–[Re(Cl)(O)(NEt₂H)(Tp-κ³N)] | fac–[Re(Cl)(O)(NEt₂H)(Tp-κ³N)] |
| fac–[Re(Cl)₃(I)₃]²⊖ | fac–[Re(Cl)₃(I)₃]²⊖ |
| mer–[Re(Br)(NCO)₃(OCN)₂]²⊖ | mer–[Re(Br)(NCO)₃(OCN)₂]²⊖ |
| mer–[Re(Cl)₃([10]aneN₃-κ³N)]⊕ | mer–[Re(Cl)₃([10]aneN₃-κ³N)]⊕ |
| trans–[Re(Br)₄(NCS-κN)(SCN-κS)]²⊖ | trans–[Re(Br)₄(NCS-κN)(SCN-κS)]²⊖ |
| trans–[Re(Br)₄(OPPh₃)₂] | trans–[Re(Br)₄(OPPh₃)₂] |
| trans–[Re(Cl)₂(Acac)₂] | trans–[Re(Cl)₂(Acac)₂] |
| trans–[Re(Cl)₃(OH)(PEt₂Ph)₂] | trans–[Re(Cl)₃(OH)(PEt₂Ph)₂] |
| trans–[Re(Cl)₄(I)(NCS-κN)]²⊖ | trans–[Re(Cl)₄(I)(NCS-κN)]²⊖ |
| trans–[Re(Cl)₄(I)₂]²⊖ | trans–[Re(Cl)₄(I)₂]²⊖ |
| trans–[Re(Cl)₄(NCSe)(SeCN)]²⊖ | trans–[Re(Cl)₄(NCSe)(SeCN)]²⊖ |
| trans–[Re(Cl)₄(OPPh₃)₂] | trans–[Re(Cl)₄(OPPh₃)₂] |
| trans–[Re(Cl)₄(PEt₃)₂] | trans–[Re(Cl)₄(PEt₃)₂] |
| trans–[Re(Cl)₄(PMePh₂)₂] | trans–[Re(Cl)₄(PMePh₂)₂] |
| trans–[Re(Cl)₄(PMe₂Ph)₂] | trans–[Re(Cl)₄(PMe₂Ph)₂] |
| trans–[Re(Cl)₄(PMe₃)₂] | trans–[Re(Cl)₄(PMe₃)₂] |
| trans–[Re(Cl)₄(PPh₃)₂] | trans–[Re(Cl)₄(PPh₃)₂] |
| trans–[Re(Cl)₄(Py)₂] | trans–[Re(Cl)₄(Py)₂] |
| trans–[Re(OPh)₄(PMe₃)₂] | trans–[Re(OPh)₄(PMe₃)₂] |
| [Re(Br)₂(η³-C₃H₅)(Cp*)] | [Re(Br)₂(η³-C₃H₅)(Cp*)] |
| [Re(Br)₄(μ₂-Br)]₂²⊖ | [Re(Br)₄(μ₂-Br)]₂²⊖ |
| [Re(Br)₅(F)]²⊖ | [Re(Br)₅(F)]²⊖ |
| [Re(Br)₅(Py)]⊖ | [Re(Br)₅(Py)]⊖ |
| [Re(Br)₆]²⊖ | [Re(Br)₆]²⊖ |
| [Re(Cl)₅(CNMe)]⊖ | [Re(Cl)₅(CNMe)]⊖ |
| [Re(Cl)₅(I)]²⊖ | [Re(Cl)₅(I)]²⊖ |
| [Re(Cl)₅(NCS-κN)]²⊖ | [Re(Cl)₅(NCS-κN)]²⊖ |
| [Re(Cl)₅(OH₂)]⊖ | [Re(Cl)₅(OH₂)]⊖ |
| [Re(Cl)₅(PEt₃)]⊖ | [Re(Cl)₅(PEt₃)]⊖ |
| [Re(Cl)₅(Py)]⊖ | [Re(Cl)₅(Py)]⊖ |
| [Re(Cl)₅(SCN-κS)]²⊖ | [Re(Cl)₅(SCN-κS)]²⊖ |
| [Re(Cl)₆]²⊖ | [Re(Cl)₆]²⊖ |
| [Re(CN)₇]³⊖ | [Re(CN)₇]³⊖ |
| [Re(F)₆]²⊖ | [Re(F)₆]²⊖ |
| [Re(H)(PPh₃)₂(Acac)₂]⊕ | [Re(H)(PPh₃)₂(Acac)₂]⊕ |
| [Re(I)₆]²⊖ | [Re(I)₆]²⊖ |
| [Re(NCS-κN)₆]²⊖ | [Re(NCS-κN)₆]²⊖ |
Total number of compounds: 51