Abstract:
Boron doped diamond (BDD) is a promising electrode material exhibiting exceptional
electrochemical properties. Thanks to this, it is widely used in the field of electroanalytical
chemistry. Simultaneously, BDDE is an excellent substrate for various
surface modifications that allow the improvement of specific properties of electrodes,
such as sensitivity and selectivity in particular. This article presents a comprehensive
overview of the possibilities of modification of BDDEs. It summarizes the different types
of modifications in the individual chapters devoted to modifications with metal and
metal oxide nanoparticles, carbon materials, such as graphene or carbon nanotubes,
and last but not least, organic molecules and biomolecules. It also deals with procedures
and specific conditions for electrode modification. Finally, an overview of applications
of modified BDDEs is also included.
