Presents an original theoretical approach to nonregular nanosystems based on subsystems of disordered condensed mediaExplains why an understanding of nonregular nanosystems is an essential element of technological progressDiscussion of educational, business and consumer interests will appeal to a wide variety of professionals from marketing to risk managers

Contenu
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.