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This book focuses on nanomaterials and strategies to fabricate the electrode for electrochemistry-based sensors. Excellent nanomaterials are essential for high-performance electrochemical sensors, while strategies for controllable assembly of nanomaterials on the electrode and the fabrication of sensing devices can be also important. This book covers the preparation of nanomaterials (magnesium phyllosilicate, metal–organic frameworks (MOF), and covalent–organic frameworks (COF), the fabrication of electrodes with unique several attracting properties (e.g., transparency) using carbon nanomaterials or novel nanotechnologies, and applications of electrochemical sensors.
Research & information: general --- Physics --- electrochemical biosensors --- self-assembly --- nanomaterials --- hybridization --- peptide --- streptavidin --- micro electrochemical sensor --- multi-analyte detection --- graphene oxide (GO) --- biofouling --- oxo functionalities --- copper cobalt sulfide --- porous structures --- nonenzymatic glucose sensing --- electrocatalysts --- analytical methods --- biosensors --- carbon materials --- electrochemical sensing --- H2O2 --- nanomaterial --- pH --- graphene --- graphene oxide --- defect --- surface functionalization --- SWCNT --- layer-by-layer --- transparent electrode --- DFTB --- DFT --- binding energies --- nanoprobe --- pathogen heat-treatment --- adenosine triphosphate luminescence --- graphene transparent electrode --- stretchable electrodes --- PDMS --- Ag --- contact point --- tunneling effect --- sol–gel processing --- talc-like clay --- amino-functionalized clay --- glassy carbon electrode --- Pb(II) detection --- water bioremediation --- covalent organic frameworks --- electrochemical sensor --- hydrazine --- nitrophenol --- nitrogen doped carbon --- reduced glutathione --- disposable immunosensor --- electrochemical detection --- nanochannel array --- patterned ITO electrode --- prostate-specific antigen --- n/a --- sol-gel processing
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The aim of this book is to highlight some recent advances in microwave planar devices. The development of planar technologies still generates great interest because of their many applications in fields as diverse as wireless communications, medical instrumentation, remote sensing, etc. In this book, particular interest has been focused on an electronically controllable phase shifter, wireless sensing, a multiband textile antenna, a MIMO antenna in microstrip technology, a miniaturized spoof plasmonic antipodal Vivaldi antenna, a dual-band balanced bandpass filter, glide-symmetric structures, a transparent multiband antenna for vehicle communications, a multilayer bandpass filter with high selectivity, microwave planar cutoff probes, and a wideband transition from microstrip to ridge empty substrate integrated waveguide.
Technology: general issues --- History of engineering & technology --- microwave tunable phase shifters --- 3 dB/90° coupler --- K band --- HD --- MSP --- RF --- SVM --- wireless sensing technology --- antenna design --- constrained optimization problems --- coral reefs optimization algorithm --- meta-heuristics --- antenna --- MIMO --- octagonal --- planar --- UWB --- vivaldi antenna --- miniaturized --- high gain --- surface plasmons --- ultrawideband --- microwave sensor --- differential sensor --- dielectric characterization --- microfluidics --- electrically small resonators --- biosensors --- dual-band differential filter --- common-mode suppression --- magnetic coupling --- multilayer structure --- glide symmetry --- higher symmetries --- Maxwell fish-eye lens --- metasurface --- periodic structures --- printed circuit board --- coplanar waveguides --- vehicular networks --- IEEE 802.11p --- indium-tin oxide (ITO) --- transparent antenna --- bandpass filter --- discriminating coupling --- high selectivity --- source-load coupling --- plasma diagnostics --- electron density measurement --- planar microwave cutoff probe --- bar-type cutoff probe --- ring-type cutoff probe --- computational characterization --- substrate integrated waveguide --- ridge waveguide --- tapering structure --- broadband --- microwave devices --- n/a
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The aim of this book is to highlight some recent advances in microwave planar devices. The development of planar technologies still generates great interest because of their many applications in fields as diverse as wireless communications, medical instrumentation, remote sensing, etc. In this book, particular interest has been focused on an electronically controllable phase shifter, wireless sensing, a multiband textile antenna, a MIMO antenna in microstrip technology, a miniaturized spoof plasmonic antipodal Vivaldi antenna, a dual-band balanced bandpass filter, glide-symmetric structures, a transparent multiband antenna for vehicle communications, a multilayer bandpass filter with high selectivity, microwave planar cutoff probes, and a wideband transition from microstrip to ridge empty substrate integrated waveguide.
microwave tunable phase shifters --- 3 dB/90° coupler --- K band --- HD --- MSP --- RF --- SVM --- wireless sensing technology --- antenna design --- constrained optimization problems --- coral reefs optimization algorithm --- meta-heuristics --- antenna --- MIMO --- octagonal --- planar --- UWB --- vivaldi antenna --- miniaturized --- high gain --- surface plasmons --- ultrawideband --- microwave sensor --- differential sensor --- dielectric characterization --- microfluidics --- electrically small resonators --- biosensors --- dual-band differential filter --- common-mode suppression --- magnetic coupling --- multilayer structure --- glide symmetry --- higher symmetries --- Maxwell fish-eye lens --- metasurface --- periodic structures --- printed circuit board --- coplanar waveguides --- vehicular networks --- IEEE 802.11p --- indium-tin oxide (ITO) --- transparent antenna --- bandpass filter --- discriminating coupling --- high selectivity --- source-load coupling --- plasma diagnostics --- electron density measurement --- planar microwave cutoff probe --- bar-type cutoff probe --- ring-type cutoff probe --- computational characterization --- substrate integrated waveguide --- ridge waveguide --- tapering structure --- broadband --- microwave devices --- n/a
Choose an application
The aim of this book is to highlight some recent advances in microwave planar devices. The development of planar technologies still generates great interest because of their many applications in fields as diverse as wireless communications, medical instrumentation, remote sensing, etc. In this book, particular interest has been focused on an electronically controllable phase shifter, wireless sensing, a multiband textile antenna, a MIMO antenna in microstrip technology, a miniaturized spoof plasmonic antipodal Vivaldi antenna, a dual-band balanced bandpass filter, glide-symmetric structures, a transparent multiband antenna for vehicle communications, a multilayer bandpass filter with high selectivity, microwave planar cutoff probes, and a wideband transition from microstrip to ridge empty substrate integrated waveguide.
Technology: general issues --- History of engineering & technology --- microwave tunable phase shifters --- 3 dB/90° coupler --- K band --- HD --- MSP --- RF --- SVM --- wireless sensing technology --- antenna design --- constrained optimization problems --- coral reefs optimization algorithm --- meta-heuristics --- antenna --- MIMO --- octagonal --- planar --- UWB --- vivaldi antenna --- miniaturized --- high gain --- surface plasmons --- ultrawideband --- microwave sensor --- differential sensor --- dielectric characterization --- microfluidics --- electrically small resonators --- biosensors --- dual-band differential filter --- common-mode suppression --- magnetic coupling --- multilayer structure --- glide symmetry --- higher symmetries --- Maxwell fish-eye lens --- metasurface --- periodic structures --- printed circuit board --- coplanar waveguides --- vehicular networks --- IEEE 802.11p --- indium-tin oxide (ITO) --- transparent antenna --- bandpass filter --- discriminating coupling --- high selectivity --- source-load coupling --- plasma diagnostics --- electron density measurement --- planar microwave cutoff probe --- bar-type cutoff probe --- ring-type cutoff probe --- computational characterization --- substrate integrated waveguide --- ridge waveguide --- tapering structure --- broadband --- microwave devices --- microwave tunable phase shifters --- 3 dB/90° coupler --- K band --- HD --- MSP --- RF --- SVM --- wireless sensing technology --- antenna design --- constrained optimization problems --- coral reefs optimization algorithm --- meta-heuristics --- antenna --- MIMO --- octagonal --- planar --- UWB --- vivaldi antenna --- miniaturized --- high gain --- surface plasmons --- ultrawideband --- microwave sensor --- differential sensor --- dielectric characterization --- microfluidics --- electrically small resonators --- biosensors --- dual-band differential filter --- common-mode suppression --- magnetic coupling --- multilayer structure --- glide symmetry --- higher symmetries --- Maxwell fish-eye lens --- metasurface --- periodic structures --- printed circuit board --- coplanar waveguides --- vehicular networks --- IEEE 802.11p --- indium-tin oxide (ITO) --- transparent antenna --- bandpass filter --- discriminating coupling --- high selectivity --- source-load coupling --- plasma diagnostics --- electron density measurement --- planar microwave cutoff probe --- bar-type cutoff probe --- ring-type cutoff probe --- computational characterization --- substrate integrated waveguide --- ridge waveguide --- tapering structure --- broadband --- microwave devices
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