Abdalghani Daaoub

Introduction Click to copy section linkSection link copied! Radical molecules possess at least one unpaired electron, (1−3) but while most exist only for short times as intermediates during chemical reactions, some radicals are stable in ambient conditions, both in the crystalline phase, when dissolved in solution, (1−3) or assembled on surfaces.

Atomically well-defined nitrogen doping for cross-plane transport through graphene heterojunctions† Hewei Zhang,‡a Ping Zhou,‡b Abdalghani Daaoub,‡c Sara Sangtarash,c Shiqiang Zhao,a Zixian Yang,a Yu Zhou,a Yu-Ling Zou,a Silvio Decurtins,b Robert Häner,b Yang Yang, *a Hatef Sadeghi, *c Shi-Xia Liu *b and Wenjing Hong *a Abstract The nitrogen doping of graphene leads to graphene heterojunctions with a tunable bandgap, suitable for electronic, electrochemical, and sensing applications.

Introduction Real-world application of molecular electronics depends on the ability to control charge transport through molecular junctions. To assemble a single-molecule junction, molecules must be mechanically and electrically interfaced with two metallic electrodes, a feat generally achieved using metallophilic termini that chemisorb to the electrode surface.