Coordination number vs. oxidation number for tellurium (Te)
Element chosen: Te
Oxidation number (ON) chosen: 4
Coordination number (CN) chosen: 6
Select any formula to view further details for that compound.
Formula | VCBOLEXZ± |
---|---|
cis–[Te(Br)₄(OPPh₃)₂] | Te«V4C6OIVE14B6Z0X4L2» |
cis–[Te(Br)₄{S(Me)CH₂CH₂SMe}] | Te«V4C6OIVE14B6Z0X4L2» |
cis–[Te(Cl)₄(NCMe)₂] | Te«V4C6OIVE14B6Z0X4L2» |
cis–[Te(Cl)₄(OPPh₃)₂] | Te«V4C6OIVE14B6Z0X4L2» |
cis–[Te(Cl)₄{S(Me)CH₂CH₂SMe}] | Te«V4C6OIVE14B6Z0X4L2» |
trans–[Te(Br)₄(SMe₂)₂] | Te«V4C6OIVE14B6Z0X4L2» |
trans–[Te(Br)₄(Tht)₂] | Te«V4C6OIVE14B6Z0X4L2» |
trans–[Te(Br)₄{SC(NMe₂)₂}₂] | Te«V4C6OIVE14B6Z0X4L2» |
trans–[Te(Cl)₄(SeMe₂)₂] | Te«V4C6OIVE14B6Z0X4L2» |
trans–[Te(Cl)₄(Tht)₂] | Te«V4C6OIVE14B6Z0X4L2» |
trans–[Te(Cl)₄{SC(NMe₂)₂}₂] | Te«V4C6OIVE14B6Z0X4L2» |
[Te(Br)₆]²⊖ | Te«V4C6OIVE14B6Z0L0X6»2⊖ |
[Te(Cl)₃(μ₃-Cl)]₄ | Te«V4C6OIVE14B6Z0X4L2» |
[Te(Cl)₅(Thf)]⊖ | Te«V4C6OIVE14B6Z0X5L1»⊖ |
[Te(Cl)₆]²⊖ | Te«V4C6OIVE14B6Z0L0X6»2⊖ |
[Te(C₆H₄OMe)(Dedtc)(Dedtc)₂] | Te«V4C6OIVE14B6Z0X4L2» |
[Te(Dedtc)₂(Dedtc)₂] | Te«V4C6OIVE14B6Z0X4L2» |
[Te(F)₄(Thf)₂] | Te«V4C6OIVE14B6Z0X4L2» |
[Te(I)(Ph)(Dedtc)₂] | Te«V4C6OIVE14B6Z0X4L2» |
[Te(I)₂(μ₂-I)₂]₄ | Te«V4C6OIVE14B6Z0X4L2» |
[Te(I)₄(Dedtc)]⊖ | Te«V4C6OIVE14B6Z0X5L1»⊖ |
[Te(I)₆]²⊖ | Te«V4C6OIVE14B6Z0L0X6»2⊖ |
[Te(Me)₂(Dmdtc)₂] | Te«V4C6OIVE14B6Z0X4L2» |
[Te(N₃)₆]²⊖ | Te«V4C6OIVE14B6Z0L0X6»2⊖ |
[Te(Ph)(Dedtc)(Dedtc)₂] | Te«V4C6OIVE14B6Z0X4L2» |
Total number of compounds: 25