Tekijä: Frank W. DelRio; Maarten P. de Boer; Christoph Eberl; Evgeni Gusev Kustantaja: Materials Research Society (2011) Saatavuus: Noin 13-16 arkipäivää
Tekijä: Frank W. DelRio; Maarten P. de Boer; Christoph Eberl; Evgeni Gusev Kustantaja: Cambridge University Press (2014) Saatavuus: | Arvioimme, että tuote lähetetään meiltä noin 1-3 viikossa
Tekijä: John J. Boeckl; Robert N. Candler; Frank W. DelRio; Anna Fontcuberta i Morral; Chennupati Jagadish; Chris Keimel; H Silva Kustantaja: Materials Research Society (2014) Saatavuus: | Arvioimme, että tuote lähetetään meiltä noin 1-3 viikossa
Tekijä: Jacob Notbohm (ed.); Nikhil Karanjgaokar (ed.); Christian Franck (ed.); Frank W. DelRio (ed.) Kustantaja: Springer (2021) Saatavuus: Noin 17-20 arkipäivää
Tekijä: Jacob Notbohm (ed.); Nikhil Karanjgaokar (ed.); Christian Franck (ed.); Frank W. DelRio (ed.) Kustantaja: Springer (2022) Saatavuus: Noin 17-20 arkipäivää
Tekijä: Ming-Tzer Lin; Cosme Furlong; Chi-Hung Hwang; Mohammad Naraghi; Frank DelRio Kustantaja: Springer International Publishing AG (2023) Saatavuus: Noin 17-20 arkipäivää
Tekijä: Ming-Tzer Lin; Cosme Furlong; Chi-Hung Hwang; Mohammad Naraghi; Frank DelRio Kustantaja: Springer International Publishing AG (2024) Saatavuus: Noin 17-20 arkipäivää
EUR 190,00
Microelectromechanical Systems - Materials and Devices IV: Volume 1299
Symposium S, 'Microelectromechanical Systems - Materials and Devices IV', held November 29-December 3 at the 2010 MRS Fall Meeting in Boston, Massachusetts, focused on micro- and nanoelectromechanical systems (MEMS/NEMS), technologies which were spawned from the fabrication and integration of small-scale mechanical, electrical, thermal, magnetic, fluidic and optical sensors and actuators with micro-electronic components. MEMS and NEMS have enabled performance enhancements and manufacturing cost reductions in a number of applications, including optical displays, acceleration sensing, radio-frequency switching, drug delivery, chemical detection and power generation and storage. Although originally based on silicon microelectronics, the reach of MEMS and NEMS has extended well beyond traditional engineering materials and now includes nanomaterials (nanotubes, nanowires, nanoparticles), smart materials (piezoelectric and ferroelectric materials, shape memory alloys, pH-sensitive polymers), metamaterials and biomaterials (ceramic, metallic, polymeric, composite-based implant materials). While these new materials provide more freedom with regards to the design space of MEMS and NEMS, they also introduce a number of new fabrication and characterization challenges not previously encountered with silicon-based technology.