Nonregular Nanosystems: Theory and Applications

Introduction.- General approach to description of fundamental properties of disordered nanosized media.- Potentials and electronic structure calculations of nonregular nanosystems.- Surface nanophysics: macro- , meso-, micro- and nanoapproaches.- Classification and operating principles of nanodevices.- CNT and graphene growth: growing, quality control, thermal expansion, chiral dispersion.- Graphene, fulerenes, carbon nanotubes: electronic subsystem.- Scattering processes in nanocarbon based nanointerconnects.- Spintronics and nanomemory systems.- Nanosensor systems simulations.- Nanotechnology application challenges: nanomanagement, nanorisks and consumer behavior. Nanoeducation and nanothinking.- Summary.- References.