Results of oxidation number (ON) search
Element chosen: Te
ON chosen: 6
Select any formula to view further details for that compound.
Formula | Te«VCBOLEXZ»Q± |
---|---|
catena–2D-[Te(OH)₂(μ₂–O)₂] | Te«V6C6OVIE12B6Z0L0X6» |
catena–3D-[Te(μ₂–O)₃] | Te«V6C6OVIE12B6Z0L0X6» |
cis–[Te(C₆H₄CF₃)₄(Me)₂] | Te«V6C6OVIE12B6Z0L0X6» |
cis–[Te(F)₂(C₆H₄-C₆H₄)₂] | Te«V6C6OVIE12B6Z0L0X6» |
cis–[Te(F)₂(Ph)₄] | Te«V6C6OVIE12B6Z0L0X6» |
cis–[Te(N₃)₂(C₆H₄-C₆H₄)₂] | Te«V6C6OVIE12B6Z0L0X6» |
mer,cis–[Te(F)₂(OH)(Ph)₃] | Te«V6C6OVIE12B6Z0L0X6» |
mer–[Te(F)₃(Ph)₃] | Te«V6C6OVIE12B6Z0L0X6» |
trans–[Te(C₆H₄Cl)(CF₃)(F)₄] | Te«V6C6OVIE12B6Z0L0X6» |
trans–[Te(Me)₂(Tol-p)₄] | Te«V6C6OVIE12B6Z0L0X6» |
[Al(OTeF₅)₄]⊖ | Te«V6C6OVIE12B6Z0L0X6» |
[B(OTeF₅)₄]⊖ | Te«V6C6OVIE12B6Z0L0X6» |
[Bi(OTeF₅)₆]⊖ | Te«V6C6OVIE12B6Z0L0X6» |
[I(OTeF₅)₃] | Te«V6C6OVIE12B6Z0L0X6» |
[I(OTeF₅)₄]⊖ | Te«V6C6OVIE12B6Z0L0X6» |
[Mn(OTeF₅)(CO)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Sb(OTeF₅)₆]⊖ | Te«V6C6OVIE12B6Z0L0X6» |
[Te(Br)(Ph)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(Cl)(Ph)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(C₆H₄Br)(F)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(C₆H₄Br)₆] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(C₆H₄CF₃)₂(Me)₄] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(C₆H₄CF₃)₅(CH=CH₂)] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(C₆H₄CF₃)₆] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(C₆H₄Cl)(F)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)(Ph)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₄(Ph)₂] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₅(BrO₃-κO)] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₅(NH₂)] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₅(NH₃)]⊕ | Te«V6C6OVIE12B6Z0X5L1»⊕ |
[Te(F)₅(O)]⊖ | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₅(OH)] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₆] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₆] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(F)₇]⊖ | Te«V6C7OVIE14B7Z0L0X7»⊖ |
[Te(Me)(Ph)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(N₃)(Ph)₅] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(O)₄]²⊖ | Te«V6C4OVIE8B4Z0L0X4»2⊕ |
[Te(OH)₆] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(OTeF₅)₆] | Te«V6C6OVIE12B6Z0L0X6» |
[Te(Ph)₅]⊕ | Te«V6C5OVIE10B5Z0L0X5»⊕ |
[Te(Ph)₆] | Te«V6C6OVIE12B6Z0L0X6» |
Total number of compounds: 42