2014, ISBN: 9783038353089

Trans Tech Publications, 2014. Paperback. New Book. Paperback. This third of four volumes of proceedings covers the conferences on novel functional carbon nanomaterials; mass, charge, an… mais…

Trans Tech Publications, 2014. Paperback. New Book. Paperback. This third of four volumes of proceedings covers the conferences on novel functional carbon nanomaterials; mass, charge, and spin transport in inorganic materials: fundamentals to applications; novel non-volatile inorganic memory devices: materials, concepts, and applications; and the science and engineering of novel superconductors. The 32 papers consider such topics as possibilities of graphene application in textronic devices, the elucidation of metal diffusion mechanisms in conducting-bridge random access memory using first-principle calculations, doped hafnium oxide as an enabler for ferroelectric field effect transistors, and critical current density and pinning energy of a partially melted samarium-based superconductor. (2014 Ringgold, Inc., Portland, OR), Trans Tech Publications, 2014, 0<

2014, ISBN: 9783038353089

Trans Tech Publications, 2014. Paperback. New Book. Paperback. This third of four volumes of proceedings covers the conferences on novel functional carbon nanomaterials; mass, charge, an… mais…

Trans Tech Publications, 2014. Paperback. New Book. Paperback. This third of four volumes of proceedings covers the conferences on novel functional carbon nanomaterials; mass, charge, and spin transport in inorganic materials: fundamentals to applications; novel non-volatile inorganic memory devices: materials, concepts, and applications; and the science and engineering of novel superconductors. The 32 papers consider such topics as possibilities of graphene application in textronic devices, the elucidation of metal diffusion mechanisms in conducting-bridge random access memory using first-principle calculations, doped hafnium oxide as an enabler for ferroelectric field effect transistors, and critical current density and pinning energy of a partially melted samarium-based superconductor. (2014 Ringgold, Inc., Portland, OR), Trans Tech Publications, 2014<