Results of X number (XN) search
Element chosen: Gd
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 | Gd«VCBOLEXZ»Q± |
|---|---|
| catena–1D-[Gd(OHMe)(μ₂-O₂CMe)(μ₃-O₂CMe)₂] | catena–1D-[Gd(OHMe)(μ₂-O₂CMe)(μ₃-O₂CMe)₂] |
| catena–1D-[Gd(OH₂)₃(μ₃-O₂CMe)₂]⊕ | catena–1D-[Gd(OH₂)₃(μ₃-O₂CMe)₂]⊕ |
| catena–1D-[Gd(μ₂-O₂CCF₃)₄]⊖ | catena–1D-[Gd(μ₂-O₂CCF₃)₄]⊖ |
| catena–1D-[Gd(μ₂-O₂CH)(OH₂)₂(O₂CMe)₂] | catena–1D-[Gd(μ₂-O₂CH)(OH₂)₂(O₂CMe)₂] |
| catena–1D-[Gd(μ₂-O₂CPh)₂(μ₃-O₂CPh){O=C(NMe₂)₂}] | catena–1D-[Gd(μ₂-O₂CPh)₂(μ₃-O₂CPh){O=C(NMe₂)₂}] |
| catena–1D-[Gd(μ₂-SO₃CF₃)₃(NCMe)₃] | catena–1D-[Gd(μ₂-SO₃CF₃)₃(NCMe)₃] |
| catena–1D-[Gd{O=CH(NMe₂)-κO}(μ₂-O₂CMe)(μ₃-O₂CMe)₂] | catena–1D-[Gd{O=CH(NMe₂)-κO}(μ₂-O₂CMe)(μ₃-O₂CMe)₂] |
| catena–2D-[Gd(Cl)₃(μ₂-Bpy-4,4')(Py)₂] | catena–2D-[Gd(Cl)₃(μ₂-Bpy-4,4')(Py)₂] |
| catena–2D-[Gd(OH₂)₂{μ₄-N(CH₂CO₂)₃-κN,κ⁶O}] | catena–2D-[Gd(OH₂)₂{μ₄-N(CH₂CO₂)₃-κN,κ⁶O}] |
| catena–2D-[Gd(μ₂-Br)₃] | catena–2D-[Gd(μ₂-Br)₃] |
| catena–2D-[Gd(μ₂-Ox)₂(OH₂)]⊖ | catena–2D-[Gd(μ₂-Ox)₂(OH₂)]⊖ |
| catena–2D-[Gd(μ₄-Br)(μ₄–O)] | catena–2D-[Gd(μ₄-Br)(μ₄–O)] |
| catena–3D-[Gd(OH₂)₄{μ₃-NC₅H₃(CO₂)₂-κN,κ⁴O}]⊕ | catena–3D-[Gd(OH₂)₄{μ₃-NC₅H₃(CO₂)₂-κN,κ⁴O}]⊕ |
| catena–3D-[Gd(μ₂-O₂CH)₃{O=CH(NH₂)}₂] | catena–3D-[Gd(μ₂-O₂CH)₃{O=CH(NH₂)}₂] |
| catena–3D-[Gd(μ₂-O₂CH)₄]⊖ | catena–3D-[Gd(μ₂-O₂CH)₄]⊖ |
| fac–[Gd(Bz)₃(Thf)₃] | fac–[Gd(Bz)₃(Thf)₃] |
| mer–[Gd(Br)₃(OPCy₃)₃] | mer–[Gd(Br)₃(OPCy₃)₃] |
| mer–[Gd(Cl)₃(Thf)(Diglyme-κ³O)] | mer–[Gd(Cl)₃(Thf)(Diglyme-κ³O)] |
| mer–[Gd(Cl)₃(Thf)₂(TMEDA-κ²N)] | mer–[Gd(Cl)₃(Thf)₂(TMEDA-κ²N)] |
| mer–[Gd(Cl)₃(Thf)₄] | mer–[Gd(Cl)₃(Thf)₄] |
| mer–[Gd(I)₃(OEt₂)₃] | mer–[Gd(I)₃(OEt₂)₃] |
| network–[Gd(μ₆-As)] | network–[Gd(μ₆-As)] |
| network–[Gd(μ₆-Bi)] | network–[Gd(μ₆-Bi)] |
| network–[Gd(μ₆-Sb)] | network–[Gd(μ₆-Sb)] |
| trans–[Gd(Cl)₄(Thf)₂]⊖ | trans–[Gd(Cl)₄(Thf)₂]⊖ |
| [Gd(Acac)(O₂NO-κ²O)₂(Terpy-κ³N)] | [Gd(Acac)(O₂NO-κ²O)₂(Terpy-κ³N)] |
| [Gd(Br)₃(OH₂)(Diglyme-κ³O)] | [Gd(Br)₃(OH₂)(Diglyme-κ³O)] |
| [Gd(Bz)₂(Thf)(Cp*)] | [Gd(Bz)₂(Thf)(Cp*)] |
| [Gd(CH₂SiMe₃)₂(Thf){η⁵-C₅(SiMe₃)Me₄}] | [Gd(CH₂SiMe₃)₂(Thf){η⁵-C₅(SiMe₃)Me₄}] |
| [Gd(Cl)(OH₂)₂(18-crown-6-κ⁶O)]²⊕ | [Gd(Cl)(OH₂)₂(18-crown-6-κ⁶O)]²⊕ |
| [Gd(Cl)(OH₂)₃(C₈H₁₆O₅-κ⁵O)]²⊕ | [Gd(Cl)(OH₂)₃(C₈H₁₆O₅-κ⁵O)]²⊕ |
| [Gd(Cl)(OH₂)₃(Phen)₂]²⊕ | [Gd(Cl)(OH₂)₃(Phen)₂]²⊕ |
| [Gd(Cl)(OH₂)₄(Terpy-κ³N)]²⊕ | [Gd(Cl)(OH₂)₄(Terpy-κ³N)]²⊕ |
| [Gd(Cl){η⁵-C₅H₃(Buᵗ)₂}₂] | [Gd(Cl){η⁵-C₅H₃(Buᵗ)₂}₂] |
| [Gd(Cl)₂(NCMe)(18-crown-6-κ⁶O)]⊕ | [Gd(Cl)₂(NCMe)(18-crown-6-κ⁶O)]⊕ |
| [Gd(Cl)₂(OHEt)(18-crown-6-κ⁶O)]⊕ | [Gd(Cl)₂(OHEt)(18-crown-6-κ⁶O)]⊕ |
| [Gd(Cl)₂(OH₂)(18-crown-6-κ⁶O)]⊕ | [Gd(Cl)₂(OH₂)(18-crown-6-κ⁶O)]⊕ |
| [Gd(Cl)₂(OH₂)(C₈H₁₆O₅-κ⁵O)]⊕ | [Gd(Cl)₂(OH₂)(C₈H₁₆O₅-κ⁵O)]⊕ |
| [Gd(Cl)₂(OH₂)₆]⊕ | [Gd(Cl)₂(OH₂)₆]⊕ |
| [Gd(Cl)₂(Ph)(Thf)₄] | [Gd(Cl)₂(Ph)(Thf)₄] |
| [Gd(Cl)₂(Thf)₃(Cp)] | [Gd(Cl)₂(Thf)₃(Cp)] |
| [Gd(Cl)₂(Thf)₅]⊕ | [Gd(Cl)₂(Thf)₅]⊕ |
| [Gd(Cl)₆]³⊖ | [Gd(Cl)₆]³⊖ |
| [Gd(Cl)₆]³⊖ | [Gd(Cl)₆]³⊖ |
| [Gd(Cp*)(η⁸-Cot)] | [Gd(Cp*)(η⁸-Cot)] |
| [Gd(Cp*)₃] | [Gd(Cp*)₃] |
| [Gd(Dedtc)₃(Bpy)] | [Gd(Dedtc)₃(Bpy)] |
| [Gd(Dedtc)₃(Phen)] | [Gd(Dedtc)₃(Phen)] |
| [Gd(Dien-κ³N)₃]³⊕ | [Gd(Dien-κ³N)₃]³⊕ |
| [Gd(Dmdtc)₃(Phen)] | [Gd(Dmdtc)₃(Phen)] |
| [Gd(Dme)(η⁵-C₅H₄Bz)(η⁸-Cot)] | [Gd(Dme)(η⁵-C₅H₄Bz)(η⁸-Cot)] |
| [Gd(Dmso-κO)₃(O₂NO-κ²O)₃] | [Gd(Dmso-κO)₃(O₂NO-κ²O)₃] |
| [Gd(Dmso-κO)₈]³⊕ | [Gd(Dmso-κO)₈]³⊕ |
| [Gd(En)₄]³⊕ | [Gd(En)₄]³⊕ |
| [Gd(Hfa)₃(Diglyme-κ³O)] | [Gd(Hfa)₃(Diglyme-κ³O)] |
| [Gd(Hfa)₃(Dme)] | [Gd(Hfa)₃(Dme)] |
| [Gd(NCMe)₃(Cp*)₂]⊕ | [Gd(NCMe)₃(Cp*)₂]⊕ |
| [Gd(NCMe)₃(S₂PPh₂)₃] | [Gd(NCMe)₃(S₂PPh₂)₃] |
| [Gd(NCMe)₄(OH₂)₄]³⊕ | [Gd(NCMe)₄(OH₂)₄]³⊕ |
| [Gd(NCNCN)₂(OH₂)₃(Phen)₂]⊕ | [Gd(NCNCN)₂(OH₂)₃(Phen)₂]⊕ |
| [Gd(NCPh)₃(Cp*)₂]⊕ | [Gd(NCPh)₃(Cp*)₂]⊕ |
| [Gd(NCS-κN)₄(Phen)₂]⊖ | [Gd(NCS-κN)₄(Phen)₂]⊖ |
| [Gd(NCS-κN)₆(OH₂)(OHMe)]³⊖ | [Gd(NCS-κN)₆(OH₂)(OHMe)]³⊖ |
| [Gd(NCS-κN)₆]³⊖ | [Gd(NCS-κN)₆]³⊖ |
| [Gd(NCS-κN)₇]⁴⊖ | [Gd(NCS-κN)₇]⁴⊖ |
| [Gd(NCS-κN)₈]⁵⊖ | [Gd(NCS-κN)₈]⁵⊖ |
| [Gd(NH₂CHMeCH₂NH₂)₄]³⊕ | [Gd(NH₂CHMeCH₂NH₂)₄]³⊕ |
| [Gd(NH₃)(Cp₃)] | [Gd(NH₃)(Cp₃)] |
| [Gd(N₃)₆]³⊖ | [Gd(N₃)₆]³⊖ |
| [Gd(O=CMe₂)(OH₂)(Hfa)₃] | [Gd(O=CMe₂)(OH₂)(Hfa)₃] |
| [Gd(OC₆F₅)₃(OHMe)(Phen)₂] | [Gd(OC₆F₅)₃(OHMe)(Phen)₂] |
| [Gd(OC₆H₃Buᵗ₂-2,6)₃] | [Gd(OC₆H₃Buᵗ₂-2,6)₃] |
| [Gd(OC₆H₃Prⁱ₂-2,6)₃(Thf)₃] | [Gd(OC₆H₃Prⁱ₂-2,6)₃(Thf)₃] |
| [Gd(OHMe)₂{OC(Buᵗ)CHC(Buᵗ)O}₃] | [Gd(OHMe)₂{OC(Buᵗ)CHC(Buᵗ)O}₃] |
| [Gd(OH₂)(CO₃-κ²O)₄]⁵⊖ | [Gd(OH₂)(CO₃-κ²O)₄]⁵⊖ |
| [Gd(OH₂){N(CH₂CO₂)₃-κN,κ³O}₂]³⊖ | [Gd(OH₂){N(CH₂CO₂)₃-κN,κ³O}₂]³⊖ |
| [Gd(OH₂)₂(O₂CMe)₂(μ₂-O₂CMe)]₂ | [Gd(OH₂)₂(O₂CMe)₂(μ₂-O₂CMe)]₂ |
| [Gd(OH₂)₂(O₂NO-κ²O)₄]⊖ | [Gd(OH₂)₂(O₂NO-κ²O)₄]⊖ |
| [Gd(OH₂)₃(18-crown-6-κ⁶O)]³⊕ | [Gd(OH₂)₃(18-crown-6-κ⁶O)]³⊕ |
| [Gd(OH₂)₃(C₁₀H₂₀O₆-κ⁶O)]³⊕ | [Gd(OH₂)₃(C₁₀H₂₀O₆-κ⁶O)]³⊕ |
| [Gd(OH₂)₃(Edta-κ²N,κ⁴O)]⊖ | [Gd(OH₂)₃(Edta-κ²N,κ⁴O)]⊖ |
| [Gd(OH₂)₃(Edta-κ²N,κ⁴O)]⊖ | [Gd(OH₂)₃(Edta-κ²N,κ⁴O)]⊖ |
| [Gd(OH₂)₃(O₂CCF₃-κO)(μ₂-O₂CCF₃)₂]₂ | [Gd(OH₂)₃(O₂CCF₃-κO)(μ₂-O₂CCF₃)₂]₂ |
| [Gd(OH₂)₃(O₂NO-κ²O)₂(Terpy-κ³N)]⊕ | [Gd(OH₂)₃(O₂NO-κ²O)₂(Terpy-κ³N)]⊕ |
| [Gd(OH₂)₃(O₂NO-κ²O)₃] | [Gd(OH₂)₃(O₂NO-κ²O)₃] |
| [Gd(OH₂)₃(O₂NO-κ²O)₃] | [Gd(OH₂)₃(O₂NO-κ²O)₃] |
| [Gd(OH₂)₃{OCMe(NMe₂)-κO}₄]³⊕ | [Gd(OH₂)₃{OCMe(NMe₂)-κO}₄]³⊕ |
| [Gd(OH₂)₄{O=C(NH₂)₂}₄]³⊕ | [Gd(OH₂)₄{O=C(NH₂)₂}₄]³⊕ |
| [Gd(OH₂)₅(12-crown-4-κ⁴O)]³⊕ | [Gd(OH₂)₅(12-crown-4-κ⁴O)]³⊕ |
| [Gd(OH₂)₅(Triglyme-κ⁴O)]³⊕ | [Gd(OH₂)₅(Triglyme-κ⁴O)]³⊕ |
| [Gd(OH₂)₇(O₂NO-κ²O)]²⊕ | [Gd(OH₂)₇(O₂NO-κ²O)]²⊕ |
| [Gd(OH₂)₈]³⊕ | [Gd(OH₂)₈]³⊕ |
| [Gd(OH₂)₉]³⊕ | [Gd(OH₂)₉]³⊕ |
| [Gd(OPPh₃)₆]³⊕ | [Gd(OPPh₃)₆]³⊕ |
| [Gd(OSO₂Ph)₂(OH₂)₆]⊕ | [Gd(OSO₂Ph)₂(OH₂)₆]⊕ |
| [Gd(O₂CCF₃-κ²O)₂(OH₂)(O₂CCF₃-κ²O)(Phen)₂] | [Gd(O₂CCF₃-κ²O)₂(OH₂)(O₂CCF₃-κ²O)(Phen)₂] |
| [Gd(O₂CC₆F₅-κO)(OH₂)₆(O₂CC₆F₅)]⊕ | [Gd(O₂CC₆F₅-κO)(OH₂)₆(O₂CC₆F₅)]⊕ |
| [Gd(O₂CPh-κ²O)(μ₂-O₂CPh)(μ₃-O₂CPh)(Phen)]₂ | [Gd(O₂CPh-κ²O)(μ₂-O₂CPh)(μ₃-O₂CPh)(Phen)]₂ |
| [Gd(O₂CPh-κ²O)(μ₃-O₂CPh)(Tp-κ³N)]₂ | [Gd(O₂CPh-κ²O)(μ₃-O₂CPh)(Tp-κ³N)]₂ |
| [Gd(O₂NO-κ²O)₂(18-crown-6-κ⁶O)]⊕ | [Gd(O₂NO-κ²O)₂(18-crown-6-κ⁶O)]⊕ |
| [Gd(O₂NO-κ²O)₂(C₁₀H₂₀O₆-κ⁶O)]⊕ | [Gd(O₂NO-κ²O)₂(C₁₀H₂₀O₆-κ⁶O)]⊕ |
| [Gd(O₂NO-κ²O)₃(OPPh₃)₃] | [Gd(O₂NO-κ²O)₃(OPPh₃)₃] |
| [Gd(O₂NO-κ²O)₃(Phen)₂] | [Gd(O₂NO-κ²O)₃(Phen)₂] |
| [Gd(O₂NO-κ²O)₄(Bpy)]⊖ | [Gd(O₂NO-κ²O)₄(Bpy)]⊖ |
| [Gd(O₂NO-κ²O)₆]³⊖ | [Gd(O₂NO-κ²O)₆]³⊖ |
| [Gd(Pc)₂]⊖ | [Gd(Pc)₂]⊖ |
| [Gd(SO₃CF₃-κO)₂(OHMe)₆]⊕ | [Gd(SO₃CF₃-κO)₂(OHMe)₆]⊕ |
| [Gd(SO₃CF₃-κO)₃(OHEt)₅] | [Gd(SO₃CF₃-κO)₃(OHEt)₅] |
| [Gd(Thf)(Cp₃)] | [Gd(Thf)(Cp₃)] |
| [Gd(Trien-κ⁴N)₂]³⊕ | [Gd(Trien-κ⁴N)₂]³⊕ |
| [Gd(η³-C₃H₅)(Cp*)₂] | [Gd(η³-C₃H₅)(Cp*)₂] |
| [Gd(η³-C₃H₅)(η⁵-C₅HMe₄)₂] | [Gd(η³-C₃H₅)(η⁵-C₅HMe₄)₂] |
| [Gd(η⁵-C₅HMe₄)₃] | [Gd(η⁵-C₅HMe₄)₃] |
| [Gd(μ₂-Br)(Cp)₂]₂ | [Gd(μ₂-Br)(Cp)₂]₂ |
| [Gd(μ₂-Cl)(Thf)(Cp)₂]₂ | [Gd(μ₂-Cl)(Thf)(Cp)₂]₂ |
| [Gd(μ₂-Cl)(Thf)(η⁵-C₅H₄Bz)₂]₂ | [Gd(μ₂-Cl)(Thf)(η⁵-C₅H₄Bz)₂]₂ |
| [Gd(μ₂-Cl)(Thf){N(SiMe₃)₂}₂]₂ | [Gd(μ₂-Cl)(Thf){N(SiMe₃)₂}₂]₂ |
| [Gd(μ₂-Cl)(η⁵-C₅H₄Buᵗ)₂]₂ | [Gd(μ₂-Cl)(η⁵-C₅H₄Buᵗ)₂]₂ |
| [Gd(μ₂-C≡CPh)(η⁵-C₅H₃Me₂)₂]₂ | [Gd(μ₂-C≡CPh)(η⁵-C₅H₃Me₂)₂]₂ |
| [Gd(μ₂-C≡CPh)(η⁵-C₅H₄Buᵗ)₂]₂ | [Gd(μ₂-C≡CPh)(η⁵-C₅H₄Buᵗ)₂]₂ |
| [Gd(μ₂-SBuᵗ){N(SiMe₃)₂}₂]₂ | [Gd(μ₂-SBuᵗ){N(SiMe₃)₂}₂]₂ |
| [Gd{NC₅H₃(CO₂)₂-κN,κ²O}₃]³⊖ | [Gd{NC₅H₃(CO₂)₂-κN,κ²O}₃]³⊖ |
| [Gd{O=CH(NH₂)}₈]³⊕ | [Gd{O=CH(NH₂)}₈]³⊕ |
| [Gd{OC(Buᵗ)CHC(Buᵗ)O}₃(Bpy)] | [Gd{OC(Buᵗ)CHC(Buᵗ)O}₃(Bpy)] |
| [Gd{OC₆H₂(NO₂)₃-2,4,6}{OC₆H₂(NO₂)₃-2,4,6-κ²O}(18-crown-6-κ⁶O)]⊕ | [Gd{OC₆H₂(NO₂)₃-2,4,6}{OC₆H₂(NO₂)₃-2,4,6-κ²O}(18-crown-6-κ⁶O)]⊕ |
| [Gd{OC₆H₂(NO₂)₃-2,4,6}₂(C₁₀H₂₀O₆-κ⁶O)]⊕ | [Gd{OC₆H₂(NO₂)₃-2,4,6}₂(C₁₀H₂₀O₆-κ⁶O)]⊕ |
| [Gd{OC₆H₂(NO₂)₃-2,4,6}₃(OH₂)(Dmso-κO)₂] | [Gd{OC₆H₂(NO₂)₃-2,4,6}₃(OH₂)(Dmso-κO)₂] |
| [Gd{OC₆H₃(NO₂)₂-2,6-κ²O}₃(OH₂)₃] | [Gd{OC₆H₃(NO₂)₂-2,6-κ²O}₃(OH₂)₃] |
| [Gd{OC₆H₃(NO₂)₂-2,6}₃(OHMe)(Phen)] | [Gd{OC₆H₃(NO₂)₂-2,6}₃(OHMe)(Phen)] |
| [Gd{OSi(SiMe₃)₃}₃(Thf)₂] | [Gd{OSi(SiMe₃)₃}₃(Thf)₂] |
| [Gd{η⁵-C₅H₂(Buᵗ)₃}₂]⊕ | [Gd{η⁵-C₅H₂(Buᵗ)₃}₂]⊕ |
| [Gd{η⁵-C₅H₃(SiMe₃)₂}₃] | [Gd{η⁵-C₅H₃(SiMe₃)₂}₃] |
| [Gd{η⁵-C₅H₄(SiMe₃)}₃] | [Gd{η⁵-C₅H₄(SiMe₃)}₃] |
Total number of compounds: 133