Valence Number (VN) vs. Oxidation Number (ON) list

Valence number (VN) vs. Oxidation number (ON) for chromium (Cr)

Valence number (VN) chosen: 0
Oxidation number (ON) chosen: 0
Element chosen: Cr
Select any formula to view further details for that compound.

Element ID Formula VCBOLEXZ±
Cr3108cis–[Cr(CO)₂(Dmpe)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3109cis–[Cr(CO)₂(PH₃)₄]Cr«V0C6OOE18B6Z0X0L6»
Cr3110cis–[Cr(CO)₄(CNBuᵗ)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3111cis–[Cr(CO)₄(Dpae-κ²As)]Cr«V0C6OOE18B6Z0X0L6»
Cr3112cis–[Cr(CO)₄(Dppe-κ²P)]Cr«V0C6OOE18B6Z0X0L6»
Cr3117cis–[Cr(CO)₄(Py)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3113cis–[Cr(CO)₄(TMEDA-κ²N)]Cr«V0C6OOE18B6Z0X0L6»
Cr3115cis–[Cr(CO)₄(η⁴-C₄H₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3114cis–[Cr(CO)₄(η⁴-Nbd)]Cr«V0C6OOE18B6Z0X0L6»
Cr3116cis–[Cr(CO)₄{C(OMe)Me}(PPh₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3125cis–[Cr(Te₄)(CO)₄]²⊖Cr«V0C6OOE18B6Z0X2L4»2⊖
Cr22535cis–[Cr(μ₂-SEt₂)(CO)₄]₂Cr«V0C6OOE18B6Z0X0L6»
Cr3128cis–[Cr{Se(Me)CH₂CH₂SeMe}(CO)₄]Cr«V0C6OOE18B6Z0X0L6»
Cr3417fac–[Cr(CO)₃(Dien-κ³N)]Cr«V0C6OOE18B6Z0X0L6»
Cr3418fac–[Cr(CO)₃(PEt₃)₃]Cr«V0C6OOE18B6Z0X0L6»
Cr3419fac–[Cr(CO)₃(PH₃)₃]Cr«V0C6OOE18B6Z0X0L6»
Cr3420fac–[Cr(CO)₃{P(OMe)₃}(η⁴-C₄H₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3429mer–[Cr(CO)₂(CSe){P(OMe)₃}₃]Cr«V0C6OOE18B6Z0X0L6»
Cr3430mer–[Cr(CO)₃(PPh₃)(η⁴-Nbd)]Cr«V0C6OOE18B6Z0X0L6»
Cr3431mer–[Cr(CO)₃(η²-H₂)(PPrⁱ₃)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3432mer–[Cr(CO)₃{C(OEt)Tol}(η⁴-Nbd)]Cr«V0C6OOE18B6Z0X0L6»
Cr3433mer–[Cr(CO)₃{P(OMe)₃}(η⁴-Cod)]Cr«V0C6OOE18B6Z0X0L6»
Cr3447trans–[Cr(CO)₂{P(OMe)₃}₂(PhC≡CPh)]Cr«V0C5OOE18B6Z0X0L6»
Cr3448trans–[Cr(CO)₄(PBuⁿ₃)(PPh₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3450trans–[Cr(CO)₄(PPh₃){P(OPh)₃}]Cr«V0C6OOE18B6Z0X0L6»
Cr6550trans–[Cr(CO)₄(PPh₃)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3451trans–[Cr(CO)₄{P(OPh)₃}₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3452trans–[Cr(N₂)₂(Dmpe)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3143[Cr(AlCp*)(CO)₅]Cr«V0C6OOE18B6Z0X0L6»
Cr3144[Cr(AsMe₃)(CO)₅]Cr«V0C6OOE18B6Z0X0L6»
Cr3145[Cr(BiBuᵗ₃)(CO)₅]Cr«V0C6OOE18B6Z0X0L6»
Cr3146[Cr(BiMe₃)(CO)₅]Cr«V0C6OOE18B6Z0X0L6»
Cr3147[Cr(BiPh₃)(CO)₅]Cr«V0C6OOE18B6Z0X0L6»
Cr6496[Cr(Cl)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3165[Cr(CNBuᵗ)₆]Cr«V0C6OOE18B6Z0X0L6»
Cr3168[Cr(CNCF₃)₆]Cr«V0C6OOE18B6Z0X0L6»
Cr3169[Cr(CNH)(CO)₅]Cr«V0C6OOE18B6Z0X0L6»
Cr3170[Cr(CNPh)₆]Cr«V0C6OOE18B6Z0X0L6»
Cr6471[Cr(CO)(CNXy)(PhC≡CPh)(η⁶-C₆Me₆)]⊕Cr«V0C6OOE18B6Z0X0L6»
Cr6472[Cr(CO){P(OMe)₃}(PhC≡CPh)(η⁶-C₆Me₆)]⊕Cr«V0C6OOE18B6Z0X0L6»
Cr6474[Cr(CO)₂(PEt₃)(Cp)]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3184[Cr(CO)₂(PMe₃)(η⁶-C₆Et₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3185[Cr(CO)₂(PMe₃)(η⁶-C₆H₃Me₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3187[Cr(CO)₂(PPh₃)(η⁶-C₆Me₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3193[Cr(CO)₂(Py)(η⁶-C₆H₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3189[Cr(CO)₂{C(NMe₂)Me}(η⁶-C₆H₃Me₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3190[Cr(CO)₂{C(OMe)Ph}(η⁶-C₆H₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3199[Cr(CO)₃(Cp)]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr6476[Cr(CO)₃(η⁵-C₅Ph₅)]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3198[Cr(CO)₃(η⁶-Cht)]Cr«V0C6OOE18B6Z0X0L6»
Cr3195[Cr(CO)₃(η⁶-C₆H₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3196[Cr(CO)₃(η⁶-C₆Me₆)]Cr«V0C6OOE18B6Z0X0L6»
Cr3197[Cr(CO)₃(η⁶-C₇H₈)]Cr«V0C6OOE18B6Z0X0L6»
Cr3203[Cr(CO)₅(CNBuᵗ)]Cr«V0C6OOE18B6Z0X0L6»
Cr3205[Cr(CO)₅(CS)]Cr«V0C6OOE18B6Z0X0L6»
Cr3206[Cr(CO)₅(GaCp)]Cr«V0C6OOE18B6Z0X0L6»
Cr3207[Cr(CO)₅(GaCp*)]Cr«V0C6OOE18B6Z0X0L6»
Cr3208[Cr(CO)₅(GeH₃)]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3209[Cr(CO)₅(InCp*)]Cr«V0C6OOE18B6Z0X0L6»
Cr3210[Cr(CO)₅(Me₃SiC≡CSiMe₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3211[Cr(CO)₅(NCMe)]Cr«V0C6OOE18B6Z0X0L6»
Cr3212[Cr(CO)₅(NCNEt₂)]Cr«V0C6OOE18B6Z0X0L6»
Cr3213[Cr(CO)₅(NHMe₂)]Cr«V0C6OOE18B6Z0X0L6»
Cr3214[Cr(CO)₅(NMe₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3215[Cr(CO)₅(PBr₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3216[Cr(CO)₅(PCl₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3217[Cr(CO)₅(PH₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3218[Cr(CO)₅(Pip)]Cr«V0C6OOE18B6Z0X0L6»
Cr3219[Cr(CO)₅(PMe₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3220[Cr(CO)₅(PPh₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3238[Cr(CO)₅(Py)]Cr«V0C6OOE18B6Z0X0L6»
Cr3221[Cr(CO)₅(SbMe₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3222[Cr(CO)₅(SbPh₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3223[Cr(CO)₅(SCMe₂)]Cr«V0C6OOE18B6Z0X0L6»
Cr3224[Cr(CO)₅(SHBuᵗ)]Cr«V0C6OOE18B6Z0X0L6»
Cr3225[Cr(CO)₅(SO₂-κS)]Cr«V0C6OOE18B6Z0X0L6»
Cr3226[Cr(CO)₅(SPMe₃)]Cr«V0C6OOE18B6Z0X0L6»
Cr3227[Cr(CO)₅(Thf)]Cr«V0C6OOE18B6Z0X0L6»
Cr3228[Cr(CO)₅{C(NEt₂)Cl}]Cr«V0C6OOE18B6Z0X0L6»
Cr3229[Cr(CO)₅{C(NMe₂)Me}]Cr«V0C6OOE18B6Z0X0L6»
Cr3230[Cr(CO)₅{C(OCH₂CH₂CH₂)}]Cr«V0C6OOE18B6Z0X0L6»
Cr3231[Cr(CO)₅{C(OEt)Me}]Cr«V0C6OOE18B6Z0X0L6»
Cr3232[Cr(CO)₅{C(OEt)SiPh₃}]Cr«V0C6OOE18B6Z0X0L6»
Cr3233[Cr(CO)₅{C(OH)Ph}]Cr«V0C6OOE18B6Z0X0L6»
Cr3234[Cr(CO)₅{C(OMe)Me}]Cr«V0C6OOE18B6Z0X0L6»
Cr3235[Cr(CO)₅{C(SPh)Me}]Cr«V0C6OOE18B6Z0X0L6»
Cr3236[Cr(CO)₅{GaBr(THF)₂}]Cr«V0C6OOE18B6Z0X0L6»
Cr3237[Cr(CO)₅{P(OPh)₃}]Cr«V0C6OOE18B6Z0X0L6»
Cr3239[Cr(CO)₆]Cr«V0C6OOE18B6Z0X0L6»
Cr6479[Cr(GeCl₃)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3245[Cr(GeI₃)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3389[Cr(H)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3391[Cr(I)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3328[Cr(O₂CCF₃-κO)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3294[Cr(PC₅H₅)₆]Cr«V0C6OOE18B6Z0X0L6»
Cr3295[Cr(PhC≡CPh)₂(Dmpe)]Cr«V0C4OOE18B6Z0X0L6»
Cr3309[Cr(SnBr₃)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr6491[Cr(SnCl₃)(CO)₅]⊖Cr«V0C6OOE18B6Z0X1L5»⊖
Cr3298[Cr(S₂C₆H₄-κ²S)(CO)₃]²⊖Cr«V0C5OOE16B5Z0X2L3»2⊖
Cr3319[Cr(Terpy-κ³N)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3322[Cr(Tripod)₂]Cr«V0C6OOE18B6Z0X0L6»
Cr3333[Cr(η⁶-C₆H₆)₂]Cr«V0C6OOE18B6Z0X0L6»

Total number of compounds: 102