Chemically induced dynamic nuclear polarization organic radical ions

Nuclear magnetic resonance has proved to be an invaluable technique for many applications and it has been used prominently in the characterization of organic radical ions. We mention three areas of application in this context selective chemical shift differences differential line broadening and chemically induced dynamic nuclear polarization. Each of these methods has provided insights into the structures and reactivities of numerous radical ions. 

Chain processes, free radical, in aliphatic systems involving an electron transfer reaction, 23,271 Charge density-NMR chemical shift correlation in organic ions, 11,125 Chemically induced dynamic nuclear spin polarization and its applications, 10, 53 Chemiluminescence of organic compounds, 18,187... 

---