Anthralin: primary products of its redox reactions.

@article{Czerwinska2006AnthralinPP,
  title={Anthralin: primary products of its redox reactions.},
  author={Malgorzata Czerwinska and Adam Sikora and Piotr Szajerski and Jacek Zielonka and Jan Adamus and Andrzej Marcinek and Krzysztof M Piech and Pawel Bednarek and Thomas Bally},
  journal={The Journal of organic chemistry},
  year={2006},
  volume={71 14},
  pages={5312-9}
}
One-electron reduction significantly enhances the ability of anthralin, 1, to act as a hydrogen atom donor. On annealing of an MTHF glass in which the radical anion of anthralin, 1*-, is generated radiolytically, this species decays mainly by loss of H* to give the anthralyl anion, 2- . On the other hand, radicals formed on radiolysis of matrices that are… CONTINUE READING