Z Number (ZN) list

Results of Z number (ZN) search

Element chosen: Pu
Z number chosen: 0
Select any formula to view further details for that compound. Your list may contain compounds for which the Z number in the VCBOLEXZ^± column is not highlighted. This is because the Z 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	Pu«VCBOLEXZ»^Q±
catena–1D-trans–[Pu{(O)₂}(OH₂)₂(μ₂-O₂CCHCHCO₂)]	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁶L⁶»
catena–1D-[Pu(Cp)₂(μ₂-η²,η⁵-Cp)]	Pu«V³C¹⁰O^IIIE²⁵B¹⁰Z⁰X³L⁷»
catena–1D-[Pu(Ox)₃(μ₂-Ox)]⁴⊖	Pu«V⁴C¹⁰O^IVE²⁴B¹⁰Z⁰X⁸L²»^4⊖
catena–1D-[Pu(μ₂-SO₃CF₃)₃(OH₂)₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
catena–1D-[Pu{O₂C(C₄H₇)-κ²O}₂{(O)₂}(OH₂)]	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁶L⁵»
catena–2D-[Pu(OH₂)₂(μ₂-Ox)₂]	Pu«V⁴C¹⁰O^IVE²⁴B¹⁰Z⁰X⁴L⁶»
catena–2D-[Pu(μ₂-Br)(μ₃-Br)₂]	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X³L⁵»
catena–2D-[Pu(μ₂-I)(μ₃-I)₂]	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X³L⁵»
catena–2D-[Pu(μ₂-IO₃)(μ₃-IO₃){(O)₂}]	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁶L⁵»
catena–2D-[Pu(μ₂-IO₃)₄]	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁴L⁴»
catena–2D-[Pu(μ₂-SO₄)₂(OH₂)₄]	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁴L⁴»
catena–2D-[Pu{(O)₂}(μ₃-CO₃-κ⁶O)]⊖	Pu«V⁵C⁸O^VE²⁷B¹²Z⁰X⁶L⁶»^⊖
catena–2D-[Pu{(O)₂}(μ₃-O₂CPh)₂]	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁶L⁶»
catena–3D-[Pu(μ₂-O₂CCH₂CH₂CH₂CO₂)(O)₂(OH₂)]	Pu«V⁶C⁷O^VIE²⁰B⁹Z⁰X⁶L³»
catena–3D-[Pu(μ₂-O₂CCH₂CH₂CO₂)(O)₂(OH₂)]	Pu«V⁶C⁷O^VIE²⁰B⁹Z⁰X⁶L³»
catena–3D-[Pu(μ₂-O₂CC₁₄H₈CO₂)₃]²⊖	Pu«V⁴C¹²O^IVE²⁸B¹²Z⁰X⁶L⁶»^2⊖
catena–3D-[Pu(μ₃-Cl)₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
catena–3D-[Pu(μ₃-SeO₃-κ³O)(μ₄-SeO₃-κ⁵O)]	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁴L⁴»
catena–3D-[Pu{(O)₂}(OH₂)(μ₂-O₂CCH₂CH₂CH₂CO₂)]	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁶L⁵»
cis–[Pu(Cl)₄(OH₂)₄]⊖	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X⁴L⁴»^⊖
cis–[Pu(Cl)₄(OPPh₃)₂]	Pu«V⁴C⁶O^IVE¹⁶B⁶Z⁰X⁴L²»
network–[Pu(μ₆-As)]	Pu«V³C⁶O^IIIE¹⁷B⁶Z⁰X³L³»
network–[Pu(μ₆-Bi)]	Pu«V³C⁶O^IIIE¹⁷B⁶Z⁰X³L³»
network–[Pu(μ₆-P)]	Pu«V³C⁶O^IIIE¹⁷B⁶Z⁰X³L³»
network–[Pu(μ₆-Sb)]	Pu«V³C⁶O^IIIE¹⁷B⁶Z⁰X³L³»
network–[Pu(μ₆-Te)]	Pu«V²C⁶O^IIE¹⁸B⁶Z⁰X²L⁴»
trans–[Pu(Cl)₄{(O)₂}]²⊖	Pu«V⁶C⁶O^VIE²²B¹⁰Z⁰X⁸L²»^2⊖
trans–[Pu(Dmso-κO)₅{(O)₂}]²⊕	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁴L⁷»^2⊕
trans–[Pu(I)₂(Thf)₄(Py)₂]⊕	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X²L⁶»^⊕
trans–[Pu(OH₂)₂{(O)₂}(OPPh₃)₂]	Pu«V⁴C⁶O^IVE²⁴B¹⁰Z⁰X⁴L⁶»
trans–[Pu(OH₂)₂{(O)₂}(O₂CEt)₂]	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁶L⁶»
trans–[Pu(OH₂)₂{(O)₂}(O₂NO-κ²O)₂]	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁶L⁶»
trans–[Pu{(O)₂}(18-crown-6-κ⁶O)]⊕	Pu«V⁵C⁸O^VE²⁷B¹²Z⁰X⁴L⁸»^⊕
trans–[Pu{(O)₂}(OPPh₃)₄]²⊕	Pu«V⁶C⁶O^VIE²²B¹⁰Z⁰X⁴L⁶»^2⊕
trans–[Pu{(O)₂}(Ox)₂{O=C(NH₂)₂}]²⊖	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁸L³»^2⊖
trans–[Pu{(O)₂}(O₂NO-κ²O)₃]⊖	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁷L⁵»^⊖
trans–[Pu{(O)₂}{O(CH₂C(O)NEt₂)₂-κ³O}₂]²⊕	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁴L⁸»^2⊕
[Pu(Br)₂(OH₂)₆]⊕	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X²L⁶»^⊕
[Pu(Br)₃(Thf)₄]	Pu«V³C⁷O^IIIE¹⁹B⁷Z⁰X³L⁴»
[Pu(Cl)(μ₂-Cl){(O)₂}(Thf)₂]₂	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁶L⁵»
[Pu(Cl){N(SiMe₃)₂}₃]	Pu«V⁴C⁴O^IVE¹⁸B⁷Z⁰X⁴L³»
[Pu(Cl)₂(Dme)₃]⊕	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X²L⁶»^⊕
[Pu(Cl)₂(OH₂)₆]⊕	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X²L⁶»^⊕
[Pu(Cl)₂(Thf)₅]⊕	Pu«V³C⁷O^IIIE¹⁹B⁷Z⁰X²L⁵»^⊕
[Pu(Cl)₃(OH₂)₅]	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X³L⁵»
[Pu(Cl)₃(O₂NO-κ²O){(O)₂}]²⊖	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁸L³»^2⊖
[Pu(Cl)₃(O₂NO-κ²O)₃]²⊖	Pu«V⁴C⁹O^IVE²²B⁹Z⁰X⁶L³»^2⊖
[Pu(Cl)₄(Dme)₂]	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁴L⁴»
[Pu(Cl)₄(OSPh₂-κO)₃]	Pu«V⁴C⁷O^IVE¹⁸B⁷Z⁰X⁴L³»
[Pu(Cl)₄(O₂NO-κ²O)₂]²⊖	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁶L²»^2⊖
[Pu(Cl)₅(Thf)]⊖	Pu«V⁴C⁶O^IVE¹⁶B⁶Z⁰X⁵L¹»^⊖
[Pu(Cl)₆]²⊖	Pu«V⁴C⁶O^IVE¹⁶B⁶Z⁰L⁰X⁶»^2⊖
[Pu(CNCy)(Cp₃)]	Pu«V³C¹⁰O^IIIE²³B⁹Z⁰X³L⁶»
[Pu(CO₃-κ²O)₅]⁶⊖	Pu«V⁴C¹⁰O^IVE²⁴B¹⁰Z⁰L⁰X¹⁰»^6⊖
[Pu(Dmso-κO)₈]³⊕	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X⁰L⁸»^3⊕
[Pu(Dmso-κO)₈]⁴⊕	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁰L⁸»^4⊕
[Pu(I)₃(NCMe)₂([9]aneN₃-κ³N)]	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X³L⁵»
[Pu(I)₃(Thf)₄]	Pu«V³C⁷O^IIIE¹⁹B⁷Z⁰X³L⁴»
[Pu(NCMe)₉]³⊕	Pu«V³C⁹O^IIIE²³B⁹Z⁰X⁰L⁹»^3⊕
[Pu(NCS-κN)₈]⁴⊖	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰L⁰X⁸»^4⊖
[Pu(O)₆]⁵⊖	Pu«V⁷C⁶O^VIIE²⁵B¹²Z⁰L⁰X¹²»^5⊖
[Pu(OH)₂(O)₄]³⊖	Pu«V⁷C⁶O^VIIE²¹B¹⁰Z⁰L⁰X¹⁰»^3⊖
[Pu(OH₂)(Bpy){(O)₂}(O₂CEt)]	Pu«V⁵C⁷O^VE²⁵B¹¹Z⁰X⁵L⁶»
[Pu(OH₂)₂(ONC₅H₄O-κ²O)₃]⊕	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X³L⁵»^⊕
[Pu(OH₂)₃{NC₅H₃(CO₂)₂-κN,κ²O}₂]	Pu«V⁴C⁹O^IVE²²B⁹Z⁰X⁴L⁵»
[Pu(OH₂)₄(18-crown-6-κ⁶O)]³⊕	Pu«V³C¹⁰O^IIIE²⁵B¹⁰Z⁰X⁰L¹⁰»^3⊕
[Pu(OH₂)₅{(O)₂}]²⊕	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁴L⁷»^2⊕
[Pu(OH₂)₉]³⊕	Pu«V³C⁹O^IIIE²³B⁹Z⁰X⁰L⁹»^3⊕
[Pu(ONC₅H₄O-κ²O)₄]	Pu«V⁴C⁸O^IVE²⁰B⁸Z⁰X⁴L⁴»
[Pu(OPPh₃)₂(O₂NO-κ²O)₂{(O)₂}]	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁶L⁶»
[Pu(Ox)₅]⁶⊖	Pu«V⁴C¹⁰O^IVE²⁴B¹⁰Z⁰L⁰X¹⁰»^6⊖
[Pu(O₂CPh-κO)(O₂CPh-κ²O){(O)₂}(Bpy)]	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁶L⁵»
[Pu(O₂NO-κ²O)₆]²⊖	Pu«V⁴C¹²O^IVE²⁸B¹²Z⁰X⁶L⁶»^2⊖
[Pu(Se₂PPh₂)₃(Thf)₂]	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X³L⁵»
[Pu(Se₂PPh₂)₄]⊖	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X⁴L⁴»^⊖
[Pu(SO₃CF₃-κO)₂(2,2,2-cryptand-κ⁶O,κ²N)]⊕	Pu«V³C¹⁰O^IIIE²⁵B¹⁰Z⁰X²L⁸»^⊕
[Pu(SO₄-κO)(OH₂)₂(SO₄-κ²O)₃]⁴⊖	Pu«V⁴C⁹O^IVE²²B⁹Z⁰X⁷L²»^3⊖
[Pu(SO₄-κ²O)₃(μ₃-SO₄)]₂⁸⊖	Pu«V⁴C⁹O^IVE²²B⁹Z⁰X⁸L¹»^4⊖
[Pu(S₂PPh₂)₃(Py)₂]	Pu«V³C⁸O^IIIE²¹B⁸Z⁰X³L⁵»
[Pu(Tp-κ³N)₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
[Pu(η⁸-Cot)₂]	Pu«V⁴C⁸O^IVE²⁴B¹⁰Z⁰X⁴L⁶»
[Pu(η⁸-Cot)₂]²⊖	Pu«V²C⁸O^IIE²⁶B¹⁰Z⁰X⁴L⁶»^2⊖
[Pu(μ₂-OH){(O)₂}(O₂NO-κ²O)₂]₂²⊖	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁷L⁵»^⊖
[Pu{(O)₂}(CO₃-κ²O)₃]⁴⊖	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X¹⁰L²»^4⊖
[Pu{(O)₂}(OH₂)₅]²⊕	Pu«V⁶C⁷O^VIE²⁴B¹¹Z⁰X⁴L⁷»^2⊕
[Pu{(O)₂}(O₂CEt)₃]⊖	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁷L⁵»^⊖
[Pu{(O)₂}(μ₂-O₂CPh)(Bpy)]₂	Pu«V⁵C⁷O^VE²³B¹⁰Z⁰X⁵L⁵»
[Pu{(O)₂}{O(CH₂C(O)NMe₂)₂-κ³O}₂]²⊕	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁴L⁸»^2⊕
[Pu{(O)₂}{O₂C(C₄H₇)-κ²O}₂(Bpy)]	Pu«V⁶C⁸O^VIE²⁶B¹²Z⁰X⁶L⁶»
[Pu{N(PPh₂S)₂-κN,κ²S}₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
[Pu{N(PPh₂Se)₂-κN,κ²Se}₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
[Pu{N(PPrⁱ₂Se)₂-κN,κ²Se}₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
[Pu{N(PPrⁱ₂Te)₂-κN,κ²Te}₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
[Pu{N(SiMe₃)₂}₃]	Pu«V³C³O^IIIE¹⁷B⁶Z⁰X³L³»
[Pu{NC₅H₃(CO₂)₂-κN,κ²O}₃]²⊖	Pu«V⁴C⁹O^IVE²²B⁹Z⁰X⁶L³»^2⊖
[Pu{O(CH₂C(O)NMe₂)₂-κ³O}₃]⁴⊕	Pu«V⁴C⁹O^IVE²²B⁹Z⁰X⁰L⁹»^4⊕
[Pu{η⁵-C₅H₃(SiMe₃)₂}₃]	Pu«V³C⁹O^IIIE²³B⁹Z⁰X³L⁶»
[Pu{η⁵-C₅H₃(SiMe₃)₂}₃]⊖	Pu«V²C⁹O^IIE²⁴B⁹Z⁰X³L⁶»^⊖
[Pu{η⁸-C₈H₆(SiMe₃)₂}₂]	Pu«V⁴C⁸O^IVE²⁴B¹⁰Z⁰X⁴L⁶»
[Pu₂(μ₂-Bpy-4,4')({η⁵-C₅H₄(SiMe₃)}₃)₂]	Pu«V³C¹⁰O^IIIE²³B⁹Z⁰X³L⁶»

Total number of compounds: 100