Title :
2009 International Conference and Seminar on Micro/Nanotechnologies and Electron Devices Proceedings [front matter]
Abstract :
The following topics are dealt with: microstructures; nanostructures; MOS structure electrical properties; silicon nanoballs; planar p-n junction; nonequilibrium charge carrier; crystal structure; neural net analysis; crystal transparency; chemical composition and structure; digital integrated elements; photodetectors; quantum dots; nucleation; molecular beam epitaxy; capacitance sensors; nanoporous insulator; diffusion profile; Monte Carlo simulation; molecular dynamics simulation; oxidation; nanotube growth; multifunctional force sensor; power consumption; telecommunication; electronic circuits; capacitor-transistor logic; magnetotransistor double wall region structure; field programmable gate arrays; television system; radiolocation and telecommunication; wireless MAC protocol WiMAX-like with fixed super frame formats; directional field constructing; pulsed-code conversion; adaptive digital antenna array; current 3G network online; MESFET RF switches; class E device energy parameters; sonic and ultrasonic devices; ultrasonic vibrating systems; cell and tissue culture in vivo; biochemical vinegar; volume coil in phonics; ultrasonic oscillatory system; piezoelectric transducers; ultrasonic cavitational processing; ultrasonic coagulation camera; rhizogenic activity; ultrasonic laparoscopy; optical electronic devices; quick-operating object temperature control gauge; scanning infrared microscope; two-dimensional coordinate gauge optical system; optical fiber transformer; multichannel ignition center detection device construction; silicon avalanche diodes; power electronics; mechanotronics; four-legged three-level voltage source inverter; aircraft generating system; patient rehabilitation and treatment; milk gland cancer; ozone/NO ultrasound method; ultrasound capillary effects; wind power installation; and spectroselective photocells.
Keywords :
MIS structures; Monte Carlo methods; Schottky gate field effect transistors; WiMax; avalanche diodes; biochemistry; biological tissues; biomedical ultrasonics; cancer; cellular biophysics; chemical analysis; chemical structure; crystal structure; field programmable gate arrays; molecular beam epitaxial growth; molecular dynamics method; nanotechnology; p-n junctions; patient rehabilitation; patient treatment; photodetectors; photoelectric cells; quantum dots; MESFET RF switches; MOS structure; Monte Carlo simulation; adaptive digital antenna array; aircraft generating system; biochemical vinegar; capacitance sensors; capacitor-transistor logic; cell culture in vivo; chemical composition; chemical structure; class E device energy parameters; crystal structure; crystal transparency; current 3G network online; diffusion profile; digital integrated elements; directional field constructing; electronic circuits; field programmable gate arrays; four-legged three-level voltage source inverter; magnetotransistor double wall region structure; mechanotronics; microstructures; milk gland cancer; molecular beam epitaxy; molecular dynamics simulation; multichannel ignition center detection device construction; multifunctional force sensor; nanoporous insulator; nanostructures; nanotube growth; neural net analysis; nonequilibrium charge carrier; nucleation; optical electronic devices; optical fiber transformer; oxidation; ozone-NO ultrasound method; patient rehabilitation; patient treatment; phonics; photodetectors; piezoelectric transducers; planar p-n junction; power consumption; power electronics; pulsed-code conversion; quantum dots; quick-operating object temperature control gauge; radiolocation; rhizogenic activity; scanning infrared microscope; silicon avalanche diodes; silicon nanoballs; spectroselective photocells; telecommunication; television system; tissue culture in vivo; two-dimensional coordinate gauge optical system; ultrasonic cavitational processing; ultrasonic coagulation camera; ultrasonic laparoscopy; ultrasonic oscillatory system; ultrasonic vibrating systems; ultrasound capillary effects; wind power installation; wireless MAC protocol WiMAX-like;
Conference_Titel :
Micro/Nanotechnologies and Electron Devices, 2009. EDM 2009. International Conference and Seminar on
Conference_Location :
Novosibirsk
Print_ISBN :
978-1-4244-4571-4
DOI :
10.1109/EDM.2009.5174026
