Results of X number (XN) search
Element chosen: W
XN chosen: 0
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 | W«VCBOLEXZ»Q± |
|---|---|
| cis–[W(CNBuᵗ)(CO)₄{C(OMe)Ph}] | cis–[W(CNBuᵗ)(CO)₄{C(OMe)Ph}] |
| cis–[W(CO)₂(η⁴-C₄H₆)₂] | cis–[W(CO)₂(η⁴-C₄H₆)₂] |
| cis–[W(CO)₄(Bpy)] | cis–[W(CO)₄(Bpy)] |
| cis–[W(CO)₄(CNBuᵗ)₂] | cis–[W(CO)₄(CNBuᵗ)₂] |
| cis–[W(CO)₄(CNTol){C(OMe)Ph}] | cis–[W(CO)₄(CNTol){C(OMe)Ph}] |
| cis–[W(CO)₄(CO₃-κ²O)]²⊖ | cis–[W(CO)₄(CO₃-κ²O)]²⊖ |
| cis–[W(CO)₄(Dedtc)]⊖ | cis–[W(CO)₄(Dedtc)]⊖ |
| cis–[W(CO)₄(Dmpm-κ²P)] | cis–[W(CO)₄(Dmpm-κ²P)] |
| cis–[W(CO)₄(PHPh₂)₂] | cis–[W(CO)₄(PHPh₂)₂] |
| cis–[W(CO)₄(Pip)₂] | cis–[W(CO)₄(Pip)₂] |
| cis–[W(CO)₄(Py)₂] | cis–[W(CO)₄(Py)₂] |
| cis–[W(CO)₄(SbPh₃)₂] | cis–[W(CO)₄(SbPh₃)₂] |
| cis–[W(CO)₄(S₂CMe)]⊖ | cis–[W(CO)₄(S₂CMe)]⊖ |
| cis–[W(CO)₄(TMEDA-κ²N)] | cis–[W(CO)₄(TMEDA-κ²N)] |
| cis–[W(CO)₄(η⁴-Cod)] | cis–[W(CO)₄(η⁴-Cod)] |
| cis–[W(CO)₄(η⁴-Nbd)] | cis–[W(CO)₄(η⁴-Nbd)] |
| cis–[W(GaCp*)₂(PMe₃)₄] | cis–[W(GaCp*)₂(PMe₃)₄] |
| cis–[W(H)(CO)₄{P(OMe)₃}]⊖ | cis–[W(H)(CO)₄{P(OMe)₃}]⊖ |
| cis–[W(H)₂(CO)₄]²⊖ | cis–[W(H)₂(CO)₄]²⊖ |
| cis–[W(Te₄)(CO)₄]²⊖ | cis–[W(Te₄)(CO)₄]²⊖ |
| cis–[W(μ₂-OMe)(CO)₄]₂²⊖ | cis–[W(μ₂-OMe)(CO)₄]₂²⊖ |
| cis–[W(μ₂-SPh)(CO)₄]₂²⊖ | cis–[W(μ₂-SPh)(CO)₄]₂²⊖ |
| fac–[W(CO)₃(NCMe)(Dppm-κ²P)] | fac–[W(CO)₃(NCMe)(Dppm-κ²P)] |
| fac–[W(CO)₃(PH₃)₃] | fac–[W(CO)₃(PH₃)₃] |
| fac–[W(CO)₃(PMe₂Ph)₃] | fac–[W(CO)₃(PMe₂Ph)₃] |
| fac–[W(CO)₃{P(OMe)₃}(η⁴-Cod)] | fac–[W(CO)₃{P(OMe)₃}(η⁴-Cod)] |
| fac–[W(NCMe)₃(CO)₃] | fac–[W(NCMe)₃(CO)₃] |
| mer–[W(CO)₃(CNC₆F₅)₃] | mer–[W(CO)₃(CNC₆F₅)₃] |
| mer–[W(CO)₃(PPrⁱ₃)₃] | mer–[W(CO)₃(PPrⁱ₃)₃] |
| mer–[W(C₂H₄)(CO)₃(η⁴-Nbd)] | mer–[W(C₂H₄)(CO)₃(η⁴-Nbd)] |
| trans–[W(CNMe)₄(PMe₃)₂] | trans–[W(CNMe)₄(PMe₃)₂] |
| trans–[W(CO)₄(C₈H₁₄)₂] | trans–[W(CO)₄(C₈H₁₄)₂] |
| trans–[W(C₂H₄)₂(CO)₄] | trans–[W(C₂H₄)₂(CO)₄] |
| trans–[W(C₂H₄)₂(PMe₃)₄] | trans–[W(C₂H₄)₂(PMe₃)₄] |
| trans–[W(NCEt)(N₂)(Dmpe)₂] | trans–[W(NCEt)(N₂)(Dmpe)₂] |
| trans–[W(N₂)₂(Dppe-κ²P)₂] | trans–[W(N₂)₂(Dppe-κ²P)₂] |
| trans–[W(N₂)₂(PMe₃)₄] | trans–[W(N₂)₂(PMe₃)₄] |
| [W(AsC₅H₅)₆] | [W(AsC₅H₅)₆] |
| [W(AsPh₃)(CO)₅] | [W(AsPh₃)(CO)₅] |
| [W(Br)(CO)₅]⊖ | [W(Br)(CO)₅]⊖ |
| [W(Cl)(CO)₅]⊖ | [W(Cl)(CO)₅]⊖ |
| [W(CNBuᵗ)₃(CO)₃] | [W(CNBuᵗ)₃(CO)₃] |
| [W(CNXy)₆] | [W(CNXy)₆] |
| [W(CO)₂(MeO₂C)C≡C(CO₂Me)₂(Dppe-κ²P)] | [W(CO)₂(MeO₂C)C≡C(CO₂Me)₂(Dppe-κ²P)] |
| [W(CO)₃(GaCp*)₃] | [W(CO)₃(GaCp*)₃] |
| [W(CO)₃(PCy₃)₂] | [W(CO)₃(PCy₃)₂] |
| [W(CO)₃(PHPh₂)₃] | [W(CO)₃(PHPh₂)₃] |
| [W(CO)₃(η⁶-Cht)] | [W(CO)₃(η⁶-Cht)] |
| [W(CO)₃(η⁶-C₆H₃Me₃)] | [W(CO)₃(η⁶-C₆H₃Me₃)] |
| [W(CO)₃(η⁶-C₆H₆)] | [W(CO)₃(η⁶-C₆H₆)] |
| [W(CO)₄(Ox)]²⊖ | [W(CO)₄(Ox)]²⊖ |
| [W(CO)₄(PCy₃)₂] | [W(CO)₄(PCy₃)₂] |
| [W(CO)₅(BiBuᵗ₃)] | [W(CO)₅(BiBuᵗ₃)] |
| [W(CO)₅(BiMe₃)] | [W(CO)₅(BiMe₃)] |
| [W(CO)₅(BiPh₃)] | [W(CO)₅(BiPh₃)] |
| [W(CO)₅(C₂H₄)] | [W(CO)₅(C₂H₄)] |
| [W(CO)₅(C₈H₁₄)] | [W(CO)₅(C₈H₁₄)] |
| [W(CO)₅(GaCp*)] | [W(CO)₅(GaCp*)] |
| [W(CO)₅(Me₃SiC≡CSiMe₃)] | [W(CO)₅(Me₃SiC≡CSiMe₃)] |
| [W(CO)₅(NCMe)] | [W(CO)₅(NCMe)] |
| [W(CO)₅(OPPh₃)] | [W(CO)₅(OPPh₃)] |
| [W(CO)₅(PBr₃)] | [W(CO)₅(PBr₃)] |
| [W(CO)₅(PBuᵗ₃)] | [W(CO)₅(PBuᵗ₃)] |
| [W(CO)₅(PCl₃)] | [W(CO)₅(PCl₃)] |
| [W(CO)₅(PCy₃)] | [W(CO)₅(PCy₃)] |
| [W(CO)₅(PhC≡CH)] | [W(CO)₅(PhC≡CH)] |
| [W(CO)₅(PH₃)] | [W(CO)₅(PH₃)] |
| [W(CO)₅(Pip)] | [W(CO)₅(Pip)] |
| [W(CO)₅(PMe₃)] | [W(CO)₅(PMe₃)] |
| [W(CO)₅(PPh₃)] | [W(CO)₅(PPh₃)] |
| [W(CO)₅(Py)] | [W(CO)₅(Py)] |
| [W(CO)₅(SbMe₃)] | [W(CO)₅(SbMe₃)] |
| [W(CO)₅(SbPh₃)] | [W(CO)₅(SbPh₃)] |
| [W(CO)₅(SCHPh)] | [W(CO)₅(SCHPh)] |
| [W(CO)₅(TePh₂)] | [W(CO)₅(TePh₂)] |
| [W(CO)₅(η²-Nbd)] | [W(CO)₅(η²-Nbd)] |
| [W(CO)₅{C(NHMe)Ph}] | [W(CO)₅{C(NHMe)Ph}] |
| [W(CO)₅{C(OEt)Ph}] | [W(CO)₅{C(OEt)Ph}] |
| [W(CO)₆] | [W(CO)₆] |
| [W(C₂H₄)(CO)₃(PCy₃)₂] | [W(C₂H₄)(CO)₃(PCy₃)₂] |
| [W(GeH₃)(CO)₅]⊖ | [W(GeH₃)(CO)₅]⊖ |
| [W(H)(CO)₅]⊖ | [W(H)(CO)₅]⊖ |
| [W(I)(CO)₅]⊖ | [W(I)(CO)₅]⊖ |
| [W(Me)(CO)₅]⊖ | [W(Me)(CO)₅]⊖ |
| [W(NCMe)(PhC≡CPh)₃] | [W(NCMe)(PhC≡CPh)₃] |
| [W(NH₂Prⁱ)(PhC≡CPh)₃] | [W(NH₂Prⁱ)(PhC≡CPh)₃] |
| [W(NMe₃)(PhC≡CPh)₃] | [W(NMe₃)(PhC≡CPh)₃] |
| [W(N₂)(PMe₃)₅] | [W(N₂)(PMe₃)₅] |
| [W(N₂)₂(Dppe-κ²P)₂] | [W(N₂)₂(Dppe-κ²P)₂] |
| [W(N₂)₂(PMe₂Ph)₄] | [W(N₂)₂(PMe₂Ph)₄] |
| [W(N₃)(CO)₅]⊖ | [W(N₃)(CO)₅]⊖ |
| [W(OPh)(CO)₅]⊖ | [W(OPh)(CO)₅]⊖ |
| [W(O₂CMe-κO)(CO)₅]⊖ | [W(O₂CMe-κO)(CO)₅]⊖ |
| [W(PC₅H₅)₆] | [W(PC₅H₅)₆] |
| [W(PMe₃)(PhC≡CH)₃] | [W(PMe₃)(PhC≡CH)₃] |
| [W(PMe₃)(PhC≡CPh)₃] | [W(PMe₃)(PhC≡CPh)₃] |
| [W(PMe₃)₆] | [W(PMe₃)₆] |
| [W(SnPh₃)(CO)₅]⊖ | [W(SnPh₃)(CO)₅]⊖ |
| [W(SnPh₃)(PhC≡CPh)₃]⊖ | [W(SnPh₃)(PhC≡CPh)₃]⊖ |
| [W(Terpy-κ³N)₂] | [W(Terpy-κ³N)₂] |
| [W(η²-H₂)(CO)₃(PPrⁱ₃)₂] | [W(η²-H₂)(CO)₃(PPrⁱ₃)₂] |
| [W(η⁴-C₄H₄Me₂)₃] | [W(η⁴-C₄H₄Me₂)₃] |
| [W(η⁶-C₆F₆)₂] | [W(η⁶-C₆F₆)₂] |
| [W(η⁶-C₇H₈)₂] | [W(η⁶-C₇H₈)₂] |
| [W(μ₂-H)(CO)₄]₂²⊖ | [W(μ₂-H)(CO)₄]₂²⊖ |
| [W{CO₂(OH)-κO}(CO)₅]⊖ | [W{CO₂(OH)-κO}(CO)₅]⊖ |
Total number of compounds: 106