Keywords: ساختار باند; Electronic transport in graphene; Negative differential resistance; Structure and nanoelectronic properties of superlattices; Band structure;
مقالات ISI ساختار باند (ترجمه نشده)
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Keywords: ساختار باند; Zinc tin oxide; Band structure; Atomic layer deposition; Work function; Buffer layer;
Keywords: ساختار باند; Hubbard model; Silicon nanotube; Orthogonal tight-binding; Optical absorption; Band structure;
Keywords: ساختار باند; Applied strain; Band structure; Bonding analysis; Honeycomb 2D SiC nanosheet;
Keywords: ساختار باند; Heterojunction; Graphene Nano Ribbon; Graphene Nanomesh; GNR Mechanics; Band structure; Midgap States; GNM;
Keywords: ساختار باند; Hydrogen storage; First-principles calculations; Band structure; Alkali hydride; Elastic constant; Optical properties;
Keywords: ساختار باند; DFT; Compression; Band structure; Factor of merit; Thermal conductivity; Band gap;
Keywords: ساختار باند; Nonlinear effect; Band structure; Metamaterial plate; Thermal stresses; Sensitivity;
Keywords: ساختار باند; Kane-Mele nanoribbon; Band structure; Electronic wavefunction; LDOS; Charge conductance;
Keywords: ساختار باند; Graphene; Nanoribbon; Binding energy; Fermi level; Band structure;
Keywords: ساختار باند; Silicane; Band structure; Direct-gap semiconductor; Stacking effect; Strain; Electric field; Electronic properties; First-principles study;
Keywords: ساختار باند; Density functional theory; Heavily nitrogen-doped carbon nanotubes; Band structure; Formation energy; Cohesive energy; Stability;
Keywords: ساختار باند; Rutile; Photocatalysis; Band structure; Earth; Mars;
Keywords: ساختار باند; Bi24O31Br10nanobelt; Band structure; Hydroxyl radical; Bisphenol A; Photocatalysis;
Keywords: ساختار باند; Phononic crystal; Band structure; Gegenbauer polynomial; Interval model; Random model; Hybrid uncertain model;
Keywords: ساختار باند; Phononic crystals; Leaky Bloch waves; Attenuation; Band structure; Finite element method; Plane wave expansion method;
Keywords: ساختار باند; Band structure; Energy gap; Graphene nanoribbon; Density-functional theory; Spin-polarized edge state;
Keywords: ساختار باند; Phononic crystal (PC) pipe; Band gap (BG); Band structure; Pipe cell;
Keywords: ساختار باند; Dirac comb; Transmission; Resonant state; Band Structure; Threshold bound state; Band gap;
Keywords: ساختار باند; Spintronics; Spin-polarized transport; Magnetic properties of heterostructures; Band structure;
Keywords: ساختار باند; Germanane; Surface modification; Density functional theory; Band structure;
Novel fullerene-based ferrocene dyad and diferrocene triad: Synthesis and effects of introduction of fullerene[60] and phenyl linker on the thermodynamic stability, the magnetic properties and the band structure
Keywords: ساختار باند; Fullerene-based ferrocene dyad; Fullerene-based diferrocene triad; Thermodynamic stability; Magnetic properties; Band structure;
Keywords: ساختار باند; Nanoribbon; Nanotube; Arsenene; Stability; Band structure;
Keywords: ساختار باند; Graphene oxide; Band structure; DFT; Transport;
Keywords: ساختار باند; Thermoelectric; Natural super-lattice; Band structure;
Keywords: ساختار باند; Band structure; Band gap; Gap map; Trapezoidal and triangular bars; Variable water depth; Bragg resonance;
Keywords: ساختار باند; Negative refraction on lowest pass band; Effective dynamic properties; Doubly periodic phononic and photonic composites; Band structure; Group and energy-flux vectors;
Keywords: ساختار باند; Band structure; Frontal density; Locust collective movement; Individual-based model; Self-organization; Pattern-oriented modelling;
Keywords: ساختار باند; Magnesium alloy; Band structure; Rolling;
Keywords: ساختار باند; Adsorption; Band structure; Density-functional theory; Methane sensor;
Keywords: ساختار باند; Elastic wave; Nanoscale; Nearly periodic; Phononic crystal; Band structure;
Keywords: ساختار باند; Borophene; Nanosheet; Adsorption; Ethanol; Energy gap; Band structure;
Keywords: ساختار باند; Mechanical properties; Ab initio calculation; Band structure; Magnetic properties;
Keywords: ساختار باند; Phosphorene; Band structure; Edge band; Electronic transport;
Keywords: ساختار باند; Phosphorene; Strain; Band structure; Optic absorption
Keywords: ساختار باند; 00-01; 99-00Guided mode; Colloidal crystal; Band structure
Keywords: ساختار باند; Strained Ge; Band structure; Uniaxial strain; Biaxial strain; HSE; LDA+U; MGGA; Effective mass
Keywords: ساختار باند; Band structure; DFT calculations; Tantalum doped diamond films; Raman spectroscopy; X-ray diffraction; Electrical properties;
Keywords: ساختار باند; Nanoscale; Piezoelectricity; Localization factor; Band structure; Nonlocal piezoelectric continuum theory;
Keywords: ساختار باند; Dirac comb; Transmission; Resonant state; Band structure; Threshold bound state; Band gap
Keywords: ساختار باند; Phosphorene; Tight-binding model; Band structure; Strain; Carrier mobility
Keywords: ساختار باند; Layered structure; Nonlinear acoustics; Harmonic generation; Perturbation analysis; Spring-type interface; Band structure;
Keywords: ساختار باند; Black-phosphorus; Doping; Density functional theory; Band structure; Optical properties
Keywords: ساختار باند; Multifunctional structures; Band gap; Bloch wave theory; Band structure; Elastic metamaterials; Periodic structures; Lattice materials; Cubic topologies; Lightweight structures
Keywords: ساختار باند; Graphene; Magnetic superlattice; Band structure;
Keywords: ساختار باند; Graphene; Vacancy; Density; Configuration; Band Structure;
Keywords: ساختار باند; ARPES; Graphite; The tight-binding method; SWMcC model; Band structure;
Keywords: ساختار باند; Porous phononic crystal; Band structure; Grading design; FEM
Keywords: ساختار باند; van der Waals interaction; Organic solids; First-principles method; Density functional; Cohesive property; Band structure;
Keywords: ساختار باند; Graphene superlattices; Band structure; Group velocity; Finite size effects;