Nanotechnologies and Nanomaterials: Selected Papers from CCMR

The aim of this reprint is to exhibit new-generation nanomaterial-based devices, offering scientific perspectives on the relationship between the tunable properties of nanomaterials and diverse applications. Over the past few decades, nanotechnologies for the synthesis, processing, and fabrication o...

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Dades bibliogràfiques
Format:	Online
Idioma:	anglès
Publicat:	MDPI - Multidisciplinary Digital Publishing Institute 2024
Matèries:	electrostatic adsorption electrostatic assembly composite heat-conductive hBN PMMA cathode materials orbital symmetry states metal–oxygen hybridization H2O2 detection super-porous CuO/Pt electrode dynamic hydrogen bubble technique biosensor kit monoclinic hexagonal La2O2O3 phase CO2 behavior precipitation method hydrothermal method photocatalytic Rhodamine B photoreduction Bi4Ti3O12 AgPt/Bi4Ti3O12 nanostructured surface injection molding anti-adhesive E. coli fimbriae anti-bacterial biomaterial-associated infections (BAI) manganese ferrite X-ray diffraction nanomaterials specific loss power magnetic resonance angiography IGZO TFT oxygen flow channel width electrical property nanostructure nanopatterning soft lithography soft material swelling resistive switching X-ray photoelectron spectroscopy synaptic device metal oxide current overshoot titanium carbide sol-gel confining template magnesiothermic catalysis deoxygenation coconut oil in-situ hydrogen nickel–cobalt bimetallic nanoparticles biorefinery dendritic polymers ceramic compounds biomimetic dendrimers hyperbranched polymers silica composites hybrid materials heterojunctions gas sensor sensing mechanism review laser-induced periodic surface structures (LIPSS) laser ablation structural color ITZO film high-power impulse magnetron sputtering duty cycle pulse off-time electrical properties metal-based nanomaterials characteristics antiviral therapy mechanism application inorganic nanoparticles chemical method formation strategy medical applications sound pressure amplification structure double diaphragm scheme Fabry–Perot sensor graphene diaphragm sensitivity enhancement nanocomposites photocatalytic degradation perovskite tobacco tar atomic structure electronic structure Density Functional Theory (DFT) MXenes two-dimensional materials broadband near-infrared ordered micro-holes graded alloy photoluminescence guided resonant mode self-assembly 3D substrate solar cell Pb poisoning Mo-Ce/Zr-PILC catalyst NH3-SCR surface acidity Zn/MgO nano-plates mesoporous heterogeneous base catalyst biodiesel transesterification Camelina oil OLED top emitting hole injection Al anode ITO anode HATCN efficiency native oxide microdisplay Si substrate MnO2/extended graphite supercapacitors glucose sensing Li-ion batteries binder-free electrodes TiO2 nanotube arrays electrochemical anodization elemental doping germanium monosulfide (GeS) defect formation energy vacancy healing piezoelectric coefficients DFT calculations magnetite peroxidase activity SERS MAX phases ultrathin nanosheets lithium-ion battery electrochemical performance anode materials nanopillars/pores roll-to-roll imprinting multiphase flow imprinting-speed functional surfaces sliding mesh method quantum dot single-electron transistor Coulomb blockade charge stability effective electron temperature Cu-Ta alloy deform mechanism magnetron sputtering nanoindentation molecular dynamics (MD) NiMoO4 nanowire arrays oxygen vacancies core-shell electrode structure asymmetric supercapacitors electrospun micro/nanofibers sound absorption porous materials resonance Li[Ni0.8Co0.15Al0.05]O2 sericin N-doped carbon lithium-ion batteries surface wrapping beam splitter metasurface terahertz dynamic zinc tin oxide nanowires chemical vapor deposition surface modification photocatalysis reactive radical species NC hydrogel drug-delivery oxygen-carrying hydrogels 3D-printing micro-impact fatigue wear hard coatings study state cutting fractal analysis Si/Co LDHs 1D nanostructures nanofibers cyclic voltammetry charge–discharge method acoustic vibrations nanosilica frequency analysis attenuation freeboard region granular bed cadmium sulfide thin film substrate temperature RF magnetron sputtering physical property metallic nanocomposite hydrogel nanotechnology drug delivery tissue engineering wound care electrospinning recycling reutilizing plastic waste non-metal germanium carbide absorption energy work function absorption spectrum boron nanosheet microstructure nanocrystalline materials graphene oxide reduction thermal memristor switching analog oxidation NiCo(OH)2 layered double hydroxides electrocatalysis oxygen evolution reaction onset potential current density stability 2D semiconductors transition metal dichalcogenides photodetectors surface plasmon resonance silver thin film nanoparticle (NP) ink sintering oxygen polyvinylpyrrolidone (PVP) dispersant decomposition electrical resistivity TiOx anodic oxidation photoelectrochemical nanohollows indium tin oxide (ITO) HiPIMS rapid thermal annealing (RTA) hydrogen-containing forming gas hydrogen doping inorganic-magnetic-organic nanohybrids zinc oxide nanohybrid water purification sunlight fluidization collapse bed hydrodynamics bed voidage purge flow indenter angle phase transformation silicon atomistic simulation CuO-based catalyst α-MnO2 nanowire low-temperature catalytic activity CO oxidation pulsed flow pulsation frequency assisted fluidization efficacy bed dynamics biosensor MoS2 graphene SPR sensor high sensitivity 2D materials two-dimensional allotropes graphene analogs molecular beam epitaxy borophene aluminene gallenene indiene thallene silicene germanene stanene plumbene phosphorene antimonene bismuthene selenene tellurene nanohydroxyapatite adsorption heavy metal radionuclide organic pollutants fluoride ions adapted glassy carbon sensor cigarette differential pulse voltammetry graphene oxide nanosheets synthesis nicotine Ag2Se nylon 6 flexible inorganic-organic composite ProX-SEM-EDS optical properties van der Waals materials nanomechanical resonators Fabry–Pérot interferometry photothermal response static displacement absorptive heating NbSe2 drumheads graphene resonator interface stress film thermal damage thermal time constant defect density transport gap band gap metal–insulator transition 2D Mott VRH monochlorophenol (MCPs) graphitic carbon nitride (g-C3N4) titanium dioxide (TiO2) photocatalytic activity tin oxide (SnOx) plasma-enhanced atomic layer deposition (PEALD) barristor Fowler–Nordheim tunneling cut-off frequency delay time power-delay product independent dual-channel method graphene field-effect transistor edge reconstruction defects linear dislocations quantum capacitance water splitting V-FeBP heteroatom doping hydrothermal approach soaking approach rolled structure 1D structure scrolled MoS2 ionic liquid gating complementary inverter low power graphene/carbon-nanotube junction 2D perovskite ZnO quantum dot antisolvent method photodetector outstanding stability CVD tunning range mathematic model waveguide method n/a thema EDItEUR::P Mathematics and Science::PB Mathematics::PBW Applied mathematics
Accés en línia:	ONIX_20240514_9783725808816_479
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Sumari:	The aim of this reprint is to exhibit new-generation nanomaterial-based devices, offering scientific perspectives on the relationship between the tunable properties of nanomaterials and diverse applications. Over the past few decades, nanotechnologies for the synthesis, processing, and fabrication of low-dimensional materials have been regarded as saviors to meet the ever-growing demands for high-performance devices with significantly smaller dimensions owing to the electromagnetic confinement effect and dimensional carrier transportation behavior of the fabricating nanomaterials. We will attempt to pave the way to lift the mystery veil of nanotechnologies and nanomaterials for readers and explore broadly possible applications, such as the Internet of Things, energy conversion, intelligent sensing, and even biomimetics.

Nanotechnologies and Nanomaterials: Selected Papers from CCMR

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