I tried to get a copy of the paper but I could not get Access to it. Do you have a copy of ,if you have I will be glad if you sent it to me directly or to e-mail:[email protected]
It may be possible by KMnO4 in water basic media. 1,2-diketones are non-stable in this conditions and will be splitted by hydroxyl anion to carboxylate and aldehyde, with subsequent oxidation.
Maybe by a double Baeyer–Villiger oxidation form ketone to the di-ester? ... Followed by hydrolise the diester. Ussualy the Baeyer–Villiger oxidation is for single ketones but you can try it with diketones... (it works with diketones beta and gama...)
I tried to get a copy of the paper but I could not get Access to it. Do you have a copy of ,if you have I will be glad if you sent it to me directly or to e-mail:[email protected]
As you could see from the answers, oxidative cleavage leads to two dicarboxylic acid. However, an other aspect is that the residual part of the molecule will not be oxidized. Therefore, the selection of the oxidant, media, acid concentration are improtant factors, because the oxidation power of most of the oxidant strongly depends on the acid concentration, especially if water is present in the media (pH)