… Nonetheless, for four out of the six z 3 -ions considered here, our results quite clearly indicate
that radical migration does not occur, suggesting that the radical is kinetically trapped at …

… group dissociations further with radical migration and hydrogen abstraction down the …
radical-directed dissociation, which is previously unexplored in electron capture dissociation…

… dissociation that was most pronounced in regions of low photodissociation conversion. This
… However, attempts to locate the TS for the 1,2-H migration resulted in dissociation, making …

… capture of a slow secondary electron, forming transient anion radicals that are converted to
radicals … to bypass hydrogen migration in the last step of the dissociation cascade. To this end…

… could not be reversed due to immediate dissociation of the β-unsaturated-β-OOH-alkoxy
radical products. Given the generally low importance of hydroxy-H migrations, we do not derive …

… It can convert some substrates to reactive radicals as nucleophilic coupling partners that are
… and solvent-phase optimizations on the ion migration involved in the SET process, we have …

… and hole, rather than being converted to triplet exciton through the inter-system … the electron
captured by single bond C triple bond N can activate molecular oxygen to generated radical …

… to capture superoxide radicals ( radical dot O 2 − … radical dot O 2 − will react with holes to
produce 1 O 2 , or accept another electron to generate H 2 O 2 , which can be further converted …

… strong electric field was created to facilitate electron stripping from neutral water molecules.
However, the radical cations were favorably dissociated into hydronium ions in the solvated …

… radical can migrate to other sites by abstracting a hydrogen atom, relocating the hydrogen to
the original radical location and generating a radical … initiated by the radical to produce a-, x-…