Registos relacionados: Nanotechnologies and Nanomaterials: Selected Papers from CCMR
- Nanotechnologies and Nanomaterials: Selected Papers from CCMR
- Synthesis and Applications of Nanomaterials for Photocatalysis and Electrocatalysis
- Nanomaterials for Ion Battery Applications
- Emerging Trends in TiO2 Photocatalysis and Applications
- Innovative Catalytic Materials for Environmental Remediation and Energy Applications
- Thin Films for Energy Harvesting, Conversion, and Storage
- Size-Dependent Effects in Materials for Environmental Protection and Energy Application
- Catalytic Nanomaterials
- Nanomaterials for Chemical Engineering (Volume II)
- New Trends in Photo(Electro)catalysis
- Advanced Photocatalytic Materials
- Synthesis of TiO2 Nanoparticles and Their Catalytic Activity
- Structured Semiconductors in Photocatalysis
- Nanostructured Electrodes for High-Performance Supercapacitors and Batteries
- 2D Materials and Van der Waals Heterostructures
- 10th Anniversary of Inorganics: Inorganic Materials
- Titanium Dioxide Photocatalysis
- Graphene and Other 2D Layered Nanomaterials and Hybrid Structures: Synthesis, Properties and Applications
- Synthesis and Applications of Copper-Based Catalysts
- Application of New Nanoparticle Structures as Catalysts
- Catalysis by Metals on Perovskite-Type Oxides
- Mesoporous Metal Oxide Films
- Nanoparticle for Catalysis
- Nanocomposite Design for Energy-Related Applications
Assunto: electrostatic adsorption
- Assunto: composite
- Assunto: heat-conductive
- Assunto: hBN
- Assunto: PMMA
- Assunto: cathode materials
- Assunto: orbital symmetry states
- Assunto: metal–oxygen hybridization
- Assunto: H2O2 detection
- Assunto: super-porous CuO/Pt electrode
- Assunto: dynamic hydrogen bubble technique
- Assunto: biosensor kit
- Assunto: monoclinic
- Assunto: hexagonal
- Assunto: La2O2O3 phase
- Assunto: CO2 behavior
- Assunto: precipitation method
- Assunto: hydrothermal method
- Assunto: photocatalytic
- Assunto: Rhodamine B
- Assunto: photoreduction
- Assunto: Bi4Ti3O12
- Assunto: AgPt/Bi4Ti3O12
- Assunto: nanostructured surface
- Assunto: injection molding
- Assunto: anti-adhesive
- Assunto: E. coli
- Assunto: fimbriae
- Assunto: anti-bacterial
- Assunto: biomaterial-associated infections (BAI)
- Assunto: manganese ferrite
- Assunto: X-ray diffraction
- Assunto: nanomaterials
- Assunto: specific loss power
- Assunto: magnetic resonance angiography
- Assunto: IGZO
- Assunto: TFT
- Assunto: oxygen flow
- Assunto: channel width
- Assunto: electrical property
- Assunto: nanostructure
- Assunto: nanopatterning
- Assunto: soft lithography
- Assunto: soft material
- Assunto: swelling
- Assunto: resistive switching
- Assunto: X-ray photoelectron spectroscopy
- Assunto: synaptic device
- Assunto: metal oxide
- Assunto: current overshoot
- Assunto: titanium carbide
- Assunto: sol-gel
- Assunto: confining template
- Assunto: magnesiothermic catalysis
- Assunto: deoxygenation
- Assunto: coconut oil
- Assunto: in-situ hydrogen
- Assunto: nickel–cobalt bimetallic nanoparticles
- Assunto: biorefinery
- Assunto: dendritic polymers
- Assunto: ceramic compounds
- Assunto: biomimetic
- Assunto: dendrimers
- Assunto: hyperbranched polymers
- Assunto: silica composites
- Assunto: hybrid materials
- Assunto: heterojunctions
- Assunto: gas sensor
- Assunto: sensing mechanism
- Assunto: review
- Assunto: laser-induced periodic surface structures (LIPSS)
- Assunto: laser ablation
- Assunto: structural color
- Assunto: ITZO film
- Assunto: high-power impulse magnetron sputtering
- Assunto: duty cycle
- Assunto: pulse off-time
- Assunto: electrical properties
- Assunto: metal-based nanomaterials
- Assunto: characteristics
- Assunto: antiviral therapy
- Assunto: mechanism
- Assunto: application
- Assunto: inorganic nanoparticles
- Assunto: chemical method
- Assunto: formation strategy
- Assunto: medical applications
- Assunto: sound pressure amplification structure
- Assunto: double diaphragm scheme
- Assunto: Fabry–Perot sensor
- Assunto: graphene diaphragm
- Assunto: sensitivity enhancement
- Assunto: nanocomposites
- Assunto: photocatalytic degradation
- Assunto: perovskite
- Assunto: tobacco tar
- Assunto: atomic structure
- Assunto: electronic structure
- Assunto: Density Functional Theory (DFT)
- Assunto: MXenes
- Assunto: two-dimensional materials
- Assunto: broadband near-infrared
- Assunto: ordered micro-holes
- Assunto: graded alloy
- Assunto: photoluminescence
- Assunto: guided resonant mode
- Assunto: self-assembly
- Assunto: 3D substrate
- Assunto: solar cell
- Assunto: Pb poisoning
- Assunto: Mo-Ce/Zr-PILC catalyst
- Assunto: NH3-SCR
- Assunto: surface acidity
- Assunto: Zn/MgO
- Assunto: nano-plates
- Assunto: mesoporous
- Assunto: heterogeneous base catalyst
- Assunto: biodiesel
- Assunto: transesterification
- Assunto: Camelina oil
- Assunto: OLED
- Assunto: top emitting
- Assunto: hole injection
- Assunto: Al anode
- Assunto: ITO anode
- Assunto: HATCN
- Assunto: efficiency
- Assunto: native oxide
- Assunto: microdisplay
- Assunto: Si substrate
- Assunto: MnO2/extended graphite
- Assunto: supercapacitors
- Assunto: glucose sensing
- Assunto: Li-ion batteries
- Assunto: binder-free electrodes
- Assunto: TiO2 nanotube arrays
- Assunto: electrochemical anodization
- Assunto: elemental doping
- Assunto: germanium monosulfide (GeS)
- Assunto: defect
- Assunto: formation energy
- Assunto: vacancy healing
- Assunto: piezoelectric coefficients
- Assunto: DFT calculations
- Assunto: magnetite
- Assunto: peroxidase activity
- Assunto: SERS
- Assunto: MAX phases
- Assunto: ultrathin nanosheets
- Assunto: lithium-ion battery
- Assunto: electrochemical performance
- Assunto: anode materials
- Assunto: nanopillars/pores
- Assunto: roll-to-roll imprinting
- Assunto: multiphase flow
- Assunto: imprinting-speed
- Assunto: functional surfaces
- Assunto: sliding mesh method
- Assunto: quantum dot
- Assunto: single-electron transistor
- Assunto: Coulomb blockade
- Assunto: charge stability
- Assunto: effective electron temperature
- Assunto: Cu-Ta alloy
- Assunto: deform mechanism
- Assunto: magnetron sputtering
- Assunto: nanoindentation
- Assunto: molecular dynamics (MD)
- Assunto: NiMoO4 nanowire arrays
- Assunto: oxygen vacancies
- Assunto: core-shell electrode structure
- Assunto: asymmetric supercapacitors
- Assunto: electrospun micro/nanofibers
- Assunto: sound absorption
- Assunto: porous materials
- Assunto: resonance
- Assunto: Li[Ni0.8Co0.15Al0.05]O2
- Assunto: sericin
- Assunto: N-doped carbon
- Assunto: lithium-ion batteries
- Assunto: surface wrapping
- Assunto: beam splitter
- Assunto: metasurface
- Assunto: terahertz
- Assunto: dynamic
- Assunto: zinc tin oxide
- Assunto: nanowires
- Assunto: chemical vapor deposition
- Assunto: surface modification
- Assunto: photocatalysis
- Assunto: reactive radical species
- Assunto: NC hydrogel
- Assunto: drug-delivery
- Assunto: oxygen-carrying hydrogels
- Assunto: 3D-printing
- Assunto: micro-impact fatigue
- Assunto: wear hard coatings
- Assunto: study state cutting
- Assunto: fractal analysis
- Assunto: Si/Co LDHs
- Assunto: 1D nanostructures
- Assunto: nanofibers
- Assunto: cyclic voltammetry
- Assunto: charge–discharge method
- Assunto: acoustic vibrations
- Assunto: nanosilica
- Assunto: frequency analysis
- Assunto: attenuation
- Assunto: freeboard region
- Assunto: granular bed
- Assunto: cadmium sulfide
- Assunto: thin film
- Assunto: substrate temperature
- Assunto: RF magnetron sputtering
- Assunto: physical property
- Assunto: metallic
- Assunto: nanocomposite
- Assunto: hydrogel
- Assunto: nanotechnology
- Assunto: drug delivery
- Assunto: tissue engineering
- Assunto: wound care
- Assunto: electrospinning
- Assunto: recycling
- Assunto: reutilizing
- Assunto: plastic waste
- Assunto: non-metal
- Assunto: germanium carbide
- Assunto: absorption energy
- Assunto: work function
- Assunto: absorption spectrum
- Assunto: boron
- Assunto: nanosheet
- Assunto: microstructure
- Assunto: nanocrystalline materials
- Assunto: graphene oxide
- Assunto: reduction
- Assunto: thermal
- Assunto: memristor
- Assunto: switching
- Assunto: analog
- Assunto: oxidation
- Assunto: NiCo(OH)2 layered double hydroxides
- Assunto: electrocatalysis
- Assunto: oxygen evolution reaction
- Assunto: onset potential
- Assunto: current density
- Assunto: stability
- Assunto: 2D semiconductors
- Assunto: transition metal dichalcogenides
- Assunto: photodetectors
- Assunto: surface plasmon resonance
- Assunto: silver thin film
- Assunto: nanoparticle (NP) ink
- Assunto: sintering
- Assunto: oxygen
- Assunto: polyvinylpyrrolidone (PVP)
- Assunto: dispersant decomposition
- Assunto: electrical resistivity
- Assunto: TiOx
- Assunto: anodic oxidation
- Assunto: photoelectrochemical
- Assunto: nanohollows
- Assunto: indium tin oxide (ITO)
- Assunto: HiPIMS
- Assunto: rapid thermal annealing (RTA)
- Assunto: hydrogen-containing forming gas
- Assunto: hydrogen doping
- Assunto: inorganic-magnetic-organic nanohybrids
- Assunto: zinc oxide nanohybrid
- Assunto: water purification
- Assunto: sunlight
- Assunto: fluidization
- Assunto: collapse bed
- Assunto: hydrodynamics
- Assunto: bed voidage
- Assunto: purge flow
- Assunto: indenter angle
- Assunto: phase transformation
- Assunto: silicon
- Assunto: atomistic simulation
- Assunto: CuO-based catalyst
- Assunto: α-MnO2 nanowire
- Assunto: low-temperature catalytic activity
- Assunto: CO oxidation
- Assunto: pulsed flow
- Assunto: pulsation frequency
- Assunto: assisted fluidization
- Assunto: efficacy
- Assunto: bed dynamics
- Assunto: biosensor
- Assunto: MoS2
- Assunto: graphene
- Assunto: SPR sensor
- Assunto: high sensitivity
- Assunto: 2D materials
- Assunto: two-dimensional allotropes
- Assunto: graphene analogs
- Assunto: molecular beam epitaxy
- Assunto: borophene
- Assunto: aluminene
- Assunto: gallenene
- Assunto: indiene
- Assunto: thallene
- Assunto: silicene
- Assunto: germanene
- Assunto: stanene
- Assunto: plumbene
- Assunto: phosphorene
- Assunto: antimonene
- Assunto: bismuthene
- Assunto: selenene
- Assunto: tellurene
- Assunto: nanohydroxyapatite
- Assunto: adsorption
- Assunto: heavy metal
- Assunto: radionuclide
- Assunto: organic pollutants
- Assunto: fluoride ions
- Assunto: adapted glassy carbon sensor
- Assunto: cigarette
- Assunto: differential pulse voltammetry
- Assunto: graphene oxide nanosheets synthesis
- Assunto: nicotine
- Assunto: Ag2Se
- Assunto: nylon 6
- Assunto: flexible inorganic-organic composite
- Assunto: ProX-SEM-EDS
- Assunto: optical properties
- Assunto: van der Waals materials
- Assunto: nanomechanical resonators
- Assunto: Fabry–Pérot interferometry
- Assunto: photothermal response
- Assunto: static displacement
- Assunto: absorptive heating
- Assunto: NbSe2 drumheads
- Assunto: graphene resonator
- Assunto: interface stress
- Assunto: film thermal damage
- Assunto: thermal time constant
- Assunto: defect density
- Assunto: transport gap
- Assunto: band gap
- Assunto: metal–insulator transition
- Assunto: 2D Mott VRH
- Assunto: monochlorophenol (MCPs)
- Assunto: graphitic carbon nitride (g-C3N4)
- Assunto: titanium dioxide (TiO2)
- Assunto: photocatalytic activity
- Assunto: tin oxide (SnOx)
- Assunto: plasma-enhanced atomic layer deposition (PEALD)
- Assunto: barristor
- Assunto: Fowler–Nordheim tunneling
- Assunto: cut-off frequency
- Assunto: delay time
- Assunto: power-delay product
- Assunto: independent dual-channel method
- Assunto: graphene field-effect transistor
- Assunto: edge reconstruction defects
- Assunto: linear dislocations
- Assunto: quantum capacitance
- Assunto: water splitting
- Assunto: V-FeBP
- Assunto: heteroatom doping
- Assunto: hydrothermal approach
- Assunto: soaking approach
- Assunto: rolled structure
- Assunto: 1D structure
- Assunto: scrolled MoS2
- Assunto: ionic liquid gating
- Assunto: complementary inverter
- Assunto: low power
- Assunto: graphene/carbon-nanotube junction
- Assunto: 2D perovskite
- Assunto: ZnO quantum dot
- Assunto: antisolvent method
- Assunto: photodetector
- Assunto: outstanding stability
- Assunto: CVD
- Assunto: tunning range
- Assunto: mathematic model
- Assunto: waveguide method
- Assunto: n/a
- Assunto: thema EDItEUR::P Mathematics and Science::PB Mathematics::PBW Applied mathematics
- Nanotechnologies and Nanomaterials: Selected Papers from CCMR
- Nanotechnologies and Nanomaterials: Selected Papers from CCMR
Assunto: electrostatic assembly
- Assunto: composite
- Assunto: heat-conductive
- Assunto: hBN
- Assunto: PMMA
- Assunto: cathode materials
- Assunto: orbital symmetry states
- Assunto: metal–oxygen hybridization
- Assunto: H2O2 detection
- Assunto: super-porous CuO/Pt electrode
- Assunto: dynamic hydrogen bubble technique
- Assunto: biosensor kit
- Assunto: monoclinic
- Assunto: hexagonal
- Assunto: La2O2O3 phase
- Assunto: CO2 behavior
- Assunto: precipitation method
- Assunto: hydrothermal method
- Assunto: photocatalytic
- Assunto: Rhodamine B
- Assunto: photoreduction
- Assunto: Bi4Ti3O12
- Assunto: AgPt/Bi4Ti3O12
- Assunto: nanostructured surface
- Assunto: injection molding
- Assunto: anti-adhesive
- Assunto: E. coli
- Assunto: fimbriae
- Assunto: anti-bacterial
- Assunto: biomaterial-associated infections (BAI)
- Assunto: manganese ferrite
- Assunto: X-ray diffraction
- Assunto: nanomaterials
- Assunto: specific loss power
- Assunto: magnetic resonance angiography
- Assunto: IGZO
- Assunto: TFT
- Assunto: oxygen flow
- Assunto: channel width
- Assunto: electrical property
- Assunto: nanostructure
- Assunto: nanopatterning
- Assunto: soft lithography
- Assunto: soft material
- Assunto: swelling
- Assunto: resistive switching
- Assunto: X-ray photoelectron spectroscopy
- Assunto: synaptic device
- Assunto: metal oxide
- Assunto: current overshoot
- Assunto: titanium carbide
- Assunto: sol-gel
- Assunto: confining template
- Assunto: magnesiothermic catalysis
- Assunto: deoxygenation
- Assunto: coconut oil
- Assunto: in-situ hydrogen
- Assunto: nickel–cobalt bimetallic nanoparticles
- Assunto: biorefinery
- Assunto: dendritic polymers
- Assunto: ceramic compounds
- Assunto: biomimetic
- Assunto: dendrimers
- Assunto: hyperbranched polymers
- Assunto: silica composites
- Assunto: hybrid materials
- Assunto: heterojunctions
- Assunto: gas sensor
- Assunto: sensing mechanism
- Assunto: review
- Assunto: laser-induced periodic surface structures (LIPSS)
- Assunto: laser ablation
- Assunto: structural color
- Assunto: ITZO film
- Assunto: high-power impulse magnetron sputtering
- Assunto: duty cycle
- Assunto: pulse off-time
- Assunto: electrical properties
- Assunto: metal-based nanomaterials
- Assunto: characteristics
- Assunto: antiviral therapy
- Assunto: mechanism
- Assunto: application
- Assunto: inorganic nanoparticles
- Assunto: chemical method
- Assunto: formation strategy
- Assunto: medical applications
- Assunto: sound pressure amplification structure
- Assunto: double diaphragm scheme
- Assunto: Fabry–Perot sensor
- Assunto: graphene diaphragm
- Assunto: sensitivity enhancement
- Assunto: nanocomposites
- Assunto: photocatalytic degradation
- Assunto: perovskite
- Assunto: tobacco tar
- Assunto: atomic structure
- Assunto: electronic structure
- Assunto: Density Functional Theory (DFT)
- Assunto: MXenes
- Assunto: two-dimensional materials
- Assunto: broadband near-infrared
- Assunto: ordered micro-holes
- Assunto: graded alloy
- Assunto: photoluminescence
- Assunto: guided resonant mode
- Assunto: self-assembly
- Assunto: 3D substrate
- Assunto: solar cell
- Assunto: Pb poisoning
- Assunto: Mo-Ce/Zr-PILC catalyst
- Assunto: NH3-SCR
- Assunto: surface acidity
- Assunto: Zn/MgO
- Assunto: nano-plates
- Assunto: mesoporous
- Assunto: heterogeneous base catalyst
- Assunto: biodiesel
- Assunto: transesterification
- Assunto: Camelina oil
- Assunto: OLED
- Assunto: top emitting
- Assunto: hole injection
- Assunto: Al anode
- Assunto: ITO anode
- Assunto: HATCN
- Assunto: efficiency
- Assunto: native oxide
- Assunto: microdisplay
- Assunto: Si substrate
- Assunto: MnO2/extended graphite
- Assunto: supercapacitors
- Assunto: glucose sensing
- Assunto: Li-ion batteries
- Assunto: binder-free electrodes
- Assunto: TiO2 nanotube arrays
- Assunto: electrochemical anodization
- Assunto: elemental doping
- Assunto: germanium monosulfide (GeS)
- Assunto: defect
- Assunto: formation energy
- Assunto: vacancy healing
- Assunto: piezoelectric coefficients
- Assunto: DFT calculations
- Assunto: magnetite
- Assunto: peroxidase activity
- Assunto: SERS
- Assunto: MAX phases
- Assunto: ultrathin nanosheets
- Assunto: lithium-ion battery
- Assunto: electrochemical performance
- Assunto: anode materials
- Assunto: nanopillars/pores
- Assunto: roll-to-roll imprinting
- Assunto: multiphase flow
- Assunto: imprinting-speed
- Assunto: functional surfaces
- Assunto: sliding mesh method
- Assunto: quantum dot
- Assunto: single-electron transistor
- Assunto: Coulomb blockade
- Assunto: charge stability
- Assunto: effective electron temperature
- Assunto: Cu-Ta alloy
- Assunto: deform mechanism
- Assunto: magnetron sputtering
- Assunto: nanoindentation
- Assunto: molecular dynamics (MD)
- Assunto: NiMoO4 nanowire arrays
- Assunto: oxygen vacancies
- Assunto: core-shell electrode structure
- Assunto: asymmetric supercapacitors
- Assunto: electrospun micro/nanofibers
- Assunto: sound absorption
- Assunto: porous materials
- Assunto: resonance
- Assunto: Li[Ni0.8Co0.15Al0.05]O2
- Assunto: sericin
- Assunto: N-doped carbon
- Assunto: lithium-ion batteries
- Assunto: surface wrapping
- Assunto: beam splitter
- Assunto: metasurface
- Assunto: terahertz
- Assunto: dynamic
- Assunto: zinc tin oxide
- Assunto: nanowires
- Assunto: chemical vapor deposition
- Assunto: surface modification
- Assunto: photocatalysis
- Assunto: reactive radical species
- Assunto: NC hydrogel
- Assunto: drug-delivery
- Assunto: oxygen-carrying hydrogels
- Assunto: 3D-printing
- Assunto: micro-impact fatigue
- Assunto: wear hard coatings
- Assunto: study state cutting
- Assunto: fractal analysis
- Assunto: Si/Co LDHs
- Assunto: 1D nanostructures
- Assunto: nanofibers
- Assunto: cyclic voltammetry
- Assunto: charge–discharge method
- Assunto: acoustic vibrations
- Assunto: nanosilica
- Assunto: frequency analysis
- Assunto: attenuation
- Assunto: freeboard region
- Assunto: granular bed
- Assunto: cadmium sulfide
- Assunto: thin film
- Assunto: substrate temperature
- Assunto: RF magnetron sputtering
- Assunto: physical property
- Assunto: metallic
- Assunto: nanocomposite
- Assunto: hydrogel
- Assunto: nanotechnology
- Assunto: drug delivery
- Assunto: tissue engineering
- Assunto: wound care
- Assunto: electrospinning
- Assunto: recycling
- Assunto: reutilizing
- Assunto: plastic waste
- Assunto: non-metal
- Assunto: germanium carbide
- Assunto: absorption energy
- Assunto: work function
- Assunto: absorption spectrum
- Assunto: boron
- Assunto: nanosheet
- Assunto: microstructure
- Assunto: nanocrystalline materials
- Assunto: graphene oxide
- Assunto: reduction
- Assunto: thermal
- Assunto: memristor
- Assunto: switching
- Assunto: analog
- Assunto: oxidation
- Assunto: NiCo(OH)2 layered double hydroxides
- Assunto: electrocatalysis
- Assunto: oxygen evolution reaction
- Assunto: onset potential
- Assunto: current density
- Assunto: stability
- Assunto: 2D semiconductors
- Assunto: transition metal dichalcogenides
- Assunto: photodetectors
- Assunto: surface plasmon resonance
- Assunto: silver thin film
- Assunto: nanoparticle (NP) ink
- Assunto: sintering
- Assunto: oxygen
- Assunto: polyvinylpyrrolidone (PVP)
- Assunto: dispersant decomposition
- Assunto: electrical resistivity
- Assunto: TiOx
- Assunto: anodic oxidation
- Assunto: photoelectrochemical
- Assunto: nanohollows
- Assunto: indium tin oxide (ITO)
- Assunto: HiPIMS
- Assunto: rapid thermal annealing (RTA)
- Assunto: hydrogen-containing forming gas
- Assunto: hydrogen doping
- Assunto: inorganic-magnetic-organic nanohybrids
- Assunto: zinc oxide nanohybrid
- Assunto: water purification
- Assunto: sunlight
- Assunto: fluidization
- Assunto: collapse bed
- Assunto: hydrodynamics
- Assunto: bed voidage
- Assunto: purge flow
- Assunto: indenter angle
- Assunto: phase transformation
- Assunto: silicon
- Assunto: atomistic simulation
- Assunto: CuO-based catalyst
- Assunto: α-MnO2 nanowire
- Assunto: low-temperature catalytic activity
- Assunto: CO oxidation
- Assunto: pulsed flow
- Assunto: pulsation frequency
- Assunto: assisted fluidization
- Assunto: efficacy
- Assunto: bed dynamics
- Assunto: biosensor
- Assunto: MoS2
- Assunto: graphene
- Assunto: SPR sensor
- Assunto: high sensitivity
- Assunto: 2D materials
- Assunto: two-dimensional allotropes
- Assunto: graphene analogs
- Assunto: molecular beam epitaxy
- Assunto: borophene
- Assunto: aluminene
- Assunto: gallenene
- Assunto: indiene
- Assunto: thallene
- Assunto: silicene
- Assunto: germanene
- Assunto: stanene
- Assunto: plumbene
- Assunto: phosphorene
- Assunto: antimonene
- Assunto: bismuthene
- Assunto: selenene
- Assunto: tellurene
- Assunto: nanohydroxyapatite
- Assunto: adsorption
- Assunto: heavy metal
- Assunto: radionuclide
- Assunto: organic pollutants
- Assunto: fluoride ions
- Assunto: adapted glassy carbon sensor
- Assunto: cigarette
- Assunto: differential pulse voltammetry
- Assunto: graphene oxide nanosheets synthesis
- Assunto: nicotine
- Assunto: Ag2Se
- Assunto: nylon 6
- Assunto: flexible inorganic-organic composite
- Assunto: ProX-SEM-EDS
- Assunto: optical properties
- Assunto: van der Waals materials
- Assunto: nanomechanical resonators
- Assunto: Fabry–Pérot interferometry
- Assunto: photothermal response
- Assunto: static displacement
- Assunto: absorptive heating
- Assunto: NbSe2 drumheads
- Assunto: graphene resonator
- Assunto: interface stress
- Assunto: film thermal damage
- Assunto: thermal time constant
- Assunto: defect density
- Assunto: transport gap
- Assunto: band gap
- Assunto: metal–insulator transition
- Assunto: 2D Mott VRH
- Assunto: monochlorophenol (MCPs)
- Assunto: graphitic carbon nitride (g-C3N4)
- Assunto: titanium dioxide (TiO2)
- Assunto: photocatalytic activity
- Assunto: tin oxide (SnOx)
- Assunto: plasma-enhanced atomic layer deposition (PEALD)
- Assunto: barristor
- Assunto: Fowler–Nordheim tunneling
- Assunto: cut-off frequency
- Assunto: delay time
- Assunto: power-delay product
- Assunto: independent dual-channel method
- Assunto: graphene field-effect transistor
- Assunto: edge reconstruction defects
- Assunto: linear dislocations
- Assunto: quantum capacitance
- Assunto: water splitting
- Assunto: V-FeBP
- Assunto: heteroatom doping
- Assunto: hydrothermal approach
- Assunto: soaking approach
- Assunto: rolled structure
- Assunto: 1D structure
- Assunto: scrolled MoS2
- Assunto: ionic liquid gating
- Assunto: complementary inverter
- Assunto: low power
- Assunto: graphene/carbon-nanotube junction
- Assunto: 2D perovskite
- Assunto: ZnO quantum dot
- Assunto: antisolvent method
- Assunto: photodetector
- Assunto: outstanding stability
- Assunto: CVD
- Assunto: tunning range
- Assunto: mathematic model
- Assunto: waveguide method
- Assunto: n/a
- Assunto: thema EDItEUR::P Mathematics and Science::PB Mathematics::PBW Applied mathematics
- Nanotechnologies and Nanomaterials: Selected Papers from CCMR
- Nanotechnologies and Nanomaterials: Selected Papers from CCMR