Keywords: محکومیت کوانتومی; Cadmium chalcogenide; Size-dependent bandgap; Quantum confinement; Dielectric confinement;
مقالات ISI محکومیت کوانتومی (ترجمه نشده)
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Keywords: محکومیت کوانتومی; Analytical model; Electron mobility; Inversion layer; Quantum confinement; Strain affect,;
Keywords: محکومیت کوانتومی; Graphene-based heterostructure; Phosphorene; Dirac rings; Quantum confinement;
Keywords: محکومیت کوانتومی; Spherical quantum dot; Quantum confinement; Effective mass approximation; Effective potential model; Band gap;
Keywords: محکومیت کوانتومی; Ultrafast electron diffraction; Au nanofilms; Quantum confinement; Grain boundaries;
Keywords: محکومیت کوانتومی; Quantum dynamics; Superconductivity; Degenerate Fermi gases; Quantum confinement; Nanowires; 67.85.Lm; 67.85.De; 74.78.-w; 74.25.Gz;
Keywords: محکومیت کوانتومی; Quantum confinement; Semiconductor nanocrystal; Tensile strain; Capacitance spectroscopy;
Keywords: محکومیت کوانتومی; Ion implantation; Dennard scaling; MOS channel doping; Fully-depleted channel; Quantum confinement; Single-ion implanters;
Keywords: محکومیت کوانتومی; Shannon entropy; Helium; Hylleraas functions; Quantum confinement; Finite oscillator potentials; Doubly excited states; Electron density; Localization; Delocalization;
Charge transport in lead sulfide quantum dots/phthalocyanines hybrid nanocomposites
Keywords: محکومیت کوانتومی; Bohr radius; Quantum confinement; Photophysical quenching; Percolation limit; Hopping conduction; Memristors;
Keywords: محکومیت کوانتومی; Density of states; Weyl's conjecture; Quantum confinement; Gauss' circle problem
Keywords: محکومیت کوانتومی; Silicene nanoribbons; Chemical functionalization; Electronic properties; Quantum confinement
Keywords: محکومیت کوانتومی; Transparent Conducting Oxide (TCO); Burstein-Moss (BM) shift; Quantum Confinement; Amorphization; Nearest neighbour hopping (NNH) and Variable Range Hopping (VRH);
Keywords: محکومیت کوانتومی; Porous silicon nanowires; Acid vapor etching; Photoluminescence; Quantum confinement; Surface states;
Keywords: محکومیت کوانتومی; Device modeling; Device scaling; Simulation techniques; Quasi-ballistic transport; Quantum confinement;
Keywords: محکومیت کوانتومی; Semiconductor nanostructures; Quantum confinement; Donor impurity; Elliptical quantum rings
Keywords: محکومیت کوانتومی; Germanium; Quantum dots; Quantum confinement; Light absorption; Photovoltaics;
Keywords: محکومیت کوانتومی; Continuous sonochemical synthesis; Nanoplatelets; High aspect ratio; Cubic cadmium sulfide; Quantum confinement; Quantum wells
Keywords: محکومیت کوانتومی; Quantum confinement; Porous silicon; Quantum dots; Quantum wires; Localized states;
Keywords: محکومیت کوانتومی; Nanocrystalline silicon; Photoluminescence; Quantum confinement; Photovoltaics; Nanostructures
Keywords: محکومیت کوانتومی; Amyloid fibrils; oligomers; optical properties; Peptide nanotubes; Quantum confinement; Toxicity;
Keywords: محکومیت کوانتومی; Quantum Dots; Silicon; Density Functional Theory; Quantum Confinement; bond-order-length-strength;
Keywords: محکومیت کوانتومی; Nanopillars; Localized states calculation; Quantum confinement; Optical properties; Effective mass calculation;
Keywords: محکومیت کوانتومی; Ev(0); ν the energy level of an isolated atom; ÎEv(z); core-level shift of a z-coordinated atom; Ï; solid dimensionality; γi; Surface-to-volume ratio or the fraction of atoms in the ith atomic layer to that of the solid; BOLS; bond order-length-st
Keywords: محکومیت کوانتومی; DG FINFET; Electrostatics; Quantum confinement; Short channel effects
Simple, inexpensive way of fabricating high quality Zn(O)S nanoparticles by varying pH
Keywords: محکومیت کوانتومی; ZnS; ZnOS; pH; Chemical bath deposition; Quantum confinement;
Metal-semimetal Schottky diode relying on quantum confinement
Keywords: محکومیت کوانتومی; Bismuth; Native oxide; Quantum confinement; Schottky junction; Semimetal; XPS;
Synthesis and characterization of InN quantum dots for optoelectronic applications
Keywords: محکومیت کوانتومی; Quantum confinement; UV-vis spectroscopy; Optical properties; Quantum dots;
Arrays of TiO2 nanorods embedded with fluorine doped carbon nitride quantum dots (CNFQDs) for visible light driven water splitting
Keywords: محکومیت کوانتومی; Hydrogen generation; Quantum confinement; Semiconductor photoelectrocatalysis; Water splitting; Metal-free catalysts; Nanowires;
Vertically aligned rutile TiO2 nanorods sensitized with sulfur and nitrogen co-doped graphene quantum dots for water splitting: An energy level study
Keywords: محکومیت کوانتومی; Thiourea; Cyclic voltammetry; Photoelectrochemical; Hydrothermal; Quantum confinement;
Voc enhancement of a solar cell with doped Li+-PbS as the active layer
Keywords: محکومیت کوانتومی; Quantum confinement; PbS; Doped active layer; Chemical bath;
A comparative study on heat capacity, magnetization and magnetic susceptibility for a GaAs quantum dot with asymmetric confinement
Keywords: محکومیت کوانتومی; Thermal properties; Magnetic properties; Gallium arsenide; Quantum confinement;
Effect of quantum confinement in CdSe/Se multilayer thin films prepared by PVD technique
Keywords: محکومیت کوانتومی; Quantum confinement; PVD technique; CdSe/Se; Multilayer thin films; Optical properties;
Optical properties of indium doped ZnO planar superlattice nanoribbons
Keywords: محکومیت کوانتومی; In2O3(ZnO)m; Superlattice; Optical properties; Quantum confinement;
Ge quantum dot enhanced hydrogenated amorphous silicon germanium solar cells on flexible stainless steel substrate
Keywords: محکومیت کوانتومی; Germanium; Quantum dot; Quantum confinement; Solar cell;
Intrinsic strain effects on Ge/Si core/shell nanowires: Insights from atomistic simulations
Keywords: محکومیت کوانتومی; Ge/Si core/shell nanowires; Band structure; Bandgap; Quantum confinement;
Effect of biasing voltage on quantum confinement in GaN/AlxGa1-xN nanowire structure
Keywords: محکومیت کوانتومی; Quantum confinement; GaN/AlGaN; Nanowire;
Growth and optical properties of Fe2O3 thin films: A study of quantum confinement effects by experiment and theory
Keywords: محکومیت کوانتومی; Thin films; Oxide semiconductors; Sputtering; Optical properties; Quantum confinement; Potential morphing method;
Temperature induced CuInSe2 nanocrystal formation in the Cu2Se-In3Se2 multilayer thin films
Keywords: محکومیت کوانتومی; CuInSe2; Multilayer; Quantum confinement; Annealing; Blue shift; Nanocrystal;
Nonlinear optical properties of (1−x) CaFe2O4–xBaTiO3 composites
Keywords: محکومیت کوانتومی; Nonlinear optical absorption; Optical limiting; Excited state absorption; Quantum confinement; Z-scan; Two-photon absorption
The ground state properties of In(Ga)As/GaAs low strain quantum dots
Keywords: محکومیت کوانتومی; Quantum dots; Piezoelectric effect; Quantum confinement; Elongation; InGaAs
Quantum confinement and size effects in Cu2ZnSnS4 thin films produced using solution processed ultrafine nanoparticles
Keywords: محکومیت کوانتومی; Cu2ZnSnS4; CZTS Nanoparticles; Thin Films; Quantum Confinement; Size Effect
Growth and characterization of nanocrystalline PbS:Li thin films
Keywords: محکومیت کوانتومی; PbS:Li; Nanocrystals; Urbach tail; Quantum confinement
Electronic effects in CO oxidation by nanoparticle catalysts
Keywords: محکومیت کوانتومی; Nanoparticle; Catalyst; Electronic theory; Quantum confinement; Volcano plot
Quantum confinement and quasiparticle corrections in α-HgS from first principles
Keywords: محکومیت کوانتومی; Density functional theory; Nanowires; Electronic structure; GW approximation; Quantum confinement;
Anneal effect on multipeak photoluminescence properties of porous silicon pillar arrays
Keywords: محکومیت کوانتومی; Silicon nanostructure; Porous silicon; Photoluminescence; Quantum confinement; Luminescence center;
Synthesis and layering of Si quantum dots/SiO2 composite films for third generation solar cells
Keywords: محکومیت کوانتومی; Silicon quantum dots; Laser pyrolysis; Sol–gel; Spin coating; Quantum confinement; Resistivity
UV irradiation and H2 passivation processes to classify and distinguish the origin of luminescence from thin film of nc-Si deposited by PECVD technique
Keywords: محکومیت کوانتومی; Nanocrystalline silicon; Ultra-violet irradiation; Hydrogen passivation; Photoluminescence; Electron spin resonance; Quantum confinement;
InGaAs inversion layers band structure, electrostatics, and mobility modeling based on 8 band k→·p→ theory
Keywords: محکومیت کوانتومی; InGaAs; nMOS; Quantum confinement; Inversion layer mobility calculation
Vertically aligned Si nanocrystals embedded in amorphous Si matrix prepared by inductively coupled plasma chemical vapor deposition (ICP-CVD)
Keywords: محکومیت کوانتومی; Nanostructured silicon; Inductively coupled plasma; Photoluminescence; Quantum confinement