Z Number (ZN) list

Results of Z number (ZN) search

Element chosen: Np
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 Np«VCBOLEXZ»Q±
axial–[Np(O)(Tren-TIPS-κ⁴N)]Np«V5C5OVE20B9Z0X5L4»
catena–1D-trans–[Np(μ₂-OH)(O)₄]²⊖Np«V7C6OVIIE20B10Z0X9L1»2⊖
catena–1D-trans–[Np{(O)₂}(OH₂)₂(μ₂-O₂CCHCHCO₂)]Np«V6C8OVIE25B12Z0X6L6»
catena–1D-[Np{(O)₂}(μ₂-O₂CPh)₂]Np«V6C6OVIE21B10Z0X6L4»
catena–2D-[Np(μ₂-I)(μ₃-I)₂]Np«V3C8OIIIE20B8Z0X3L5»
catena–2D-[Np(μ₃-F)₂{(O)₂}]Np«V6C8OVIE25B12Z0X6L6»
catena–2D-[Np(μ₄-I)(μ₄–O)]Np«V3C8OIIIE20B8Z0X3L5»
catena–2D-[Np{(O)₂}(OSO₂Me-κO²)₂(OH₂)]Np«V6C7OVIE23B11Z0X6L5»
catena–3D-[Np(μ₂-O₂CC₁₄H₈CO₂)₃]²⊖Np«V4C12OIVE27B12Z0X6L6»2⊖
catena–3D-[Np(μ₃-Br)₃]Np«V3C9OIIIE22B9Z0X3L6»
catena–3D-[Np(μ₃-Cl)₃]Np«V3C9OIIIE22B9Z0X3L6»
network–[Np(μ₆-As)]Np«V3C6OIIIE16B6Z0X3L3»
network–[Np(μ₆-Bi)]Np«V3C6OIIIE16B6Z0X3L3»
network–[Np(μ₆-P)]Np«V3C6OIIIE16B6Z0X3L3»
network–[Np(μ₆-Sb)]Np«V3C6OIIIE16B6Z0X3L3»
network–[Np(μ₆-Se)]Np«V2C4OIIE17B6Z0X2L4»
network–[Np(μ₆-Te)]Np«V2C6OIIE17B6Z0X2L4»
trans–[Np(Cl)₄{(O)₂}]³⊖Np«V5C6OVE22B10Z0X8L2»3⊖
trans–[Np(OH)₂(O)₄]³⊖Np«V7C6OVIIE20B10Z0L0X10»3⊖
trans–[Np(μ₂-OH)(O)₄]²⊖Np«V7C6OVIIE20B10Z0X9L1»2⊖
trans–[Np{(O)₂}(18-crown-6-κ⁶O)]⊕Np«V5C8OVE26B12Z0X4L8»⊕
trans–[Np{(O)₂}(Cl){O=C(NH₂)₂}₄]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(Cl)₂(OPPh₃)₂]Np«V6C6OVIE21B10Z0X6L4»
trans–[Np{(O)₂}(Cl)₄]²⊖Np«V6C6OVIE21B10Z0X8L2»2⊖
trans–[Np{(O)₂}(Cl)₄]²⊖Np«V6C6OVIE21B10Z0X8L2»2⊖
trans–[Np{(O)₂}(CO₃-κ²O)₃]⁴⊖Np«V6C8OVIE25B12Z0X10L2»4⊖
trans–[Np{(O)₂}(Dmso-κO)₄(OH₂)]Np«V4C7OIVE25B11Z0X4L7»
trans–[Np{(O)₂}(Dmso-κO)₅]²⊕Np«V6C7OVIE23B11Z0X4L7»2⊕
trans–[Np{(O)₂}(NCS-κN)(OH₂)₂(Bpy)]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(NCS-κN){O=C(NH₂)₂}₄]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(OH₂)(O₂CMe)(N₂C₃H₄)₂]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(OH₂)₂(O₂CEt)₂]Np«V6C8OVIE25B12Z0X6L6»
trans–[Np{(O)₂}(OH₂)₃(Bpy)]⊕Np«V5C7OVE24B11Z0X4L7»⊕
trans–[Np{(O)₂}(ONO-κO)(C₆H₄NO₂-κN,κO)₂]²⊖Np«V5C7OVE24B11Z0X7L4»2⊖
trans–[Np{(O)₂}(ONO-κO)(N₂C₃H₄)₄]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(ONO-κO)(OH₂)(Terpy-κ³N)]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(OPPh₃)₂(O₂NO-κ²O)₂]Np«V6C8OVIE25B12Z0X6L6»
trans–[Np{(O)₂}(OPPh₃)₄]⊕Np«V5C6OVE22B10Z0X4L6»⊕
trans–[Np{(O)₂}(O₂CEt)₃]²⊖Np«V5C8OVE26B12Z0X7L5»2⊖
trans–[Np{(O)₂}(O₂CEt-κO)(OH₂)₂(Bpy)]Np«V5C7OVE24B11Z0X5L6»
trans–[Np{(O)₂}(O₂CMe)₃]²⊖Np«V5C8OVE26B12Z0X7L5»2⊖
trans–[Np{(O)₂}(O₂CMe-κO)₂(Bpy)]Np«V6C6OVIE21B10Z0X6L4»
trans–[Np{(O)₂}(O₂CPh-κ²O)₂(Bpy)]Np«V6C8OVIE25B12Z0X6L6»
trans–[Np{(O)₂}(O₂NO-κ²O)₂(Bpy)]Np«V6C8OVIE25B12Z0X6L6»
trans–[Np{(O)₂}(O₂NO-κ²O)₃]⊖Np«V6C8OVIE25B12Z0X7L5»⊖
trans–[Np{(O)₂}(Py)(Acac)₂]Np«V6C7OVIE23B11Z0X6L5»
trans–[Np{(O)₂}{O=C(NH₂)₂}₅]Np«V4C7OIVE25B11Z0X4L7»
trans–[Np{(O)₂}{O=C(NH₂)₂}₅]⊕Np«V5C7OVE24B11Z0X4L7»⊕
trans–[Np{(O)₂}{O=C(NH₂)₂}₅]⊕Np«V5C7OVE24B11Z0X4L7»⊕
trans–[Np{(O)₂}{O₂C(C₄H₇)-κ²O}₃]⊖Np«V6C8OVIE25B12Z0X7L5»⊖
[Np(Acac)₄]Np«V4C8OIVE19B8Z0X4L4»
[Np(Br)(SC₆F₅)(Se₂)(Py)₃]₂Np«V4C7OIVE17B7Z0X4L3»
[Np(Br)₆]²⊖Np«V4C6OIVE15B6Z0L0X6»2⊖
[Np(Cl){N(SiMe₃)₂}₃]Np«V4C4OIVE17B7Z0X4L3»
[Np(Cl)₃(OPMePh₂)₂(Cp)]Np«V4C8OIVE19B8Z0X4L4»
[Np(Cl)₃(Py)₄]Np«V3C7OIIIE18B7Z0X3L4»
[Np(Cl)₄(Dme)₂]Np«V4C8OIVE19B8Z0X4L4»
[Np(Cl)₄(Thf)₃]Np«V4C7OIVE17B7Z0X4L3»
[Np(Cl)₆]²⊖Np«V4C6OIVE15B6Z0L0X6»2⊖
[Np(CO₃-κ²O)₅]⁶⊖Np«V4C10OIVE23B10Z0L0X10»6⊖
[Np(Cp)₄]Np«V4C12OIVE27B12Z0X4L8»
[Np(Dedtc)₄]Np«V4C8OIVE19B8Z0X4L4»
[Np(Dedtc)₄]⊖Np«V3C8OIIIE20B8Z0X4L4»⊖
[Np(Dmso-κO)₇(O₂NO-κ²O)]³⊕Np«V4C9OIVE21B9Z0X1L8»3⊕
[Np(Dmso-κO)₈]⁴⊕Np«V4C8OIVE19B8Z0X0L8»4⊕
[Np(F)₆]Np«V6C6OVIE13B6Z0L0X6»
[Np(NCMe)₂(Cp)₃]Np«V3C11OIIIE26B11Z0X3L8»
[Np(NCS-κN)₈]⁴⊖Np«V4C8OIVE19B8Z0L0X8»4⊖
[Np(O)(μ₂–O)(μ₂-O₂CPh)(Bpy)]Np«V5C7OVE22B10Z0X5L5»
[Np(O)(μ₂–O)(μ₂-O₂CPh)(Phen)]Np«V5C7OVE20B9Z0X5L4»
[Np(O)₂(O₂NO-κ²O)₂]⊖Np«V5C6OVE18B8Z0X6L2»⊖
[Np(OC₆H₃Buᵗ₂-2,6)₄]Np«V4C4OIVE11B4Z0L0X4»
[Np(OH₂)₉]³⊕Np«V3C9OIIIE22B9Z0X0L9»3⊕
[Np(OPh)(Cp₃)]Np«V4C10OIVE21B9Z0X4L5»
[Np(Ox)₅]⁶⊖Np«V4C10OIVE23B10Z0L0X10»6⊖
[Np(O₂CH)₄]Np«V4C8OIVE19B8Z0X4L4»
[Np(O₂NO-κ²O)₆]²⊖Np«V4C12OIVE27B12Z0X6L6»2⊖
[Np(Se₂PPh₂)₄]Np«V4C8OIVE19B8Z0X4L4»
[Np(SO₃CF₃-κO)₂(2,2,2-cryptand-κ⁶O,κ²N)]⊕Np«V3C10OIIIE24B10Z0X2L8»⊕
[Np(S₂PPh₂)₄]Np«V4C8OIVE19B8Z0X4L4»
[Np(Tp-κ³N)₃]Np«V3C9OIIIE22B9Z0X3L6»
[Np(Tren-TIPS-κ⁴N)]Np«V3C4OIIIE18B7Z0X3L4»
[Np(η⁸-Cot)₂]Np«V4C8OIVE23B10Z0X4L6»
[Np{(O)₂}(N₂C₃H₄)₅]⊕Np«V5C7OVE24B11Z0X4L7»⊕
[Np{(O)₂}(O₂CMe)₃]²⊖Np«V5C8OVE26B12Z0X7L5»2⊖
[Np{(O)₂}(O₂NO-κ²O)₂(OH₂)₂]⊖Np«V5C8OVE26B12Z0X6L6»⊖
[Np{(O)₂}{O(CH₂C(O)NMe₂)₂-κ³O}₂]⊕Np«V5C8OVE26B12Z0X4L8»⊕
[Np{NC₅H₃(CO₂)₂-κN,κ²O}₃]²⊖Np«V4C9OIVE21B9Z0X6L3»2⊖
[Np{O=C(NH₂)₂}₈]⁴⊕Np«V4C8OIVE19B8Z0X0L8»4⊕
[Np{η⁵-C₅H₄(SiMe₃)}₃]Np«V3C9OIIIE22B9Z0X3L6»

Total number of compounds: 90