 | This article is rated Start-class on Wikipedia's content assessment scale. It is of interest to the following WikiProjects: | ||||||||||
| |||||||||||
Couldn't it be ammoniaone? I know this looks funny, but chemistry is funny.
editNH
3 has preferred name ammonia and systematic azane. This could be too, ammoniaone preferred and azanone systematic. Alfa-ketosav (talk) 09:25, 27 April 2018 (UTC)
Triplet nitroxide
editIn the section "Reactions" it is stated deprotonation is spin forbidden as nitroxyl is a singlet molecule and nitroxide a triplet anion. This, I think, holds for the ground states of both species. However, to my knowledge, there is no law saying "during a reaction ground state species should deliver ground state products." In my opinion, there is no spin forbidden deprotonation, only the first product of the reaction, besides the H+, is a non-ground state NO--ion. How this ion gets to its ground state is of no importance to the deprotonation reaction. Although clearly the expected way is not nitroxyl's way it is to easy to blame the triplet. See for en example: luciferin which on decomposition is left in such a non ground state with so much energy then it even is capable of emitting visible light. As far as I know a much more energetic process then a singlet-triplet passage. T.vanschaik (talk) 20:47, 7 December 2024 (UTC)