phophite attacks the electrophilic carbon, the oxyanion attacks the another electrophilic carbon and its anion will be cyclised with phosponiumion.
Phosphite has an ionic charge of -3.
it's a friedel-craft acylation with the triethyl orthoformate being a formyl synthon. the AlCl3 is a Lewis acid, it coordinates the ethoxy group, which is kicked off by the adjacent oxygen. The ferrocene then is the nucleophile and the rest of the reaction is a standard electrophilic aromatic substitution leaving the formyl oxonium, which is quenched to the formyl on work-up. i think that's how it goes anyway, i haven't read the paper.
Formula: Ag3PO3
The compound for sodium dihydrogen phosphite is NaH2PO3.
The formula for manganese(III) phosphite is MnPO3.
Phosphite has an ionic charge of -3.
it's a friedel-craft acylation with the triethyl orthoformate being a formyl synthon. the AlCl3 is a Lewis acid, it coordinates the ethoxy group, which is kicked off by the adjacent oxygen. The ferrocene then is the nucleophile and the rest of the reaction is a standard electrophilic aromatic substitution leaving the formyl oxonium, which is quenched to the formyl on work-up. i think that's how it goes anyway, i haven't read the paper.
Formula: Ag3PO3
Formula: Cs3PO3
The compound for sodium dihydrogen phosphite is NaH2PO3.
The formula for manganese(III) phosphite is MnPO3.
The compound formed between magnesium and phosphite ion is magnesium phosphite (Mg3(PO3)2).
The compound formula of sodium phosphite is Na3PO3.
The chemical formula for sodium dihydrogen phosphite is NaH2PO3.
The chemical formula of trimethyl phosphite is (CH3O)3P.
Stannic phosphite is a chemical compound with the formula Sn(HPO3)4. It is a white solid that is used as a catalyst in various organic synthesis reactions. Stannic phosphite is known for its ability to help facilitate esterification reactions.
It is Phosphite.