Subjects: Ground state. / Quantum entanglement. / Discrete lattice systems. / Interacting system. / Local hamiltonians. / Model Hamiltonians. / Second quantization. / Strong interaction. / Unsolved problems. / Varying temperature. / Hamiltonians.

How to extend visibility polygons by mirrors to cover invisible segments

Author: Vaezi, A.

Publisher: Springer Verlag,

Pub. Year: 2017

Subjects: Clustering algorithms. / Geometry. / Visibility. / Linear time. / Linear-time algorithms. / Simple polygon. / Mirrors.

Visibility extension via mirror-edges to cover invisible segments

Author: Vaezi, A.

Publisher: Elsevier B.V,

Pub. Year: 2019

Subjects: Mirror. / Viewer. / Visibility polygon. / Clustering algorithms. / Geometry. / Visibility. / Linear time. / Linear-time algorithms. / Simple polygon. / Viewer. / Mirrors.

Phase diagram of the strongly correlated Kane-Mele-Hubbard model

Author: Vaezi, A.

Pub. Year: 2012

Pairing and non-Fermi liquid behavior in partially flat-band systems: Beyond nesting physics

Author: Sayyad, S.

Publisher: American Physical Society,

Pub. Year: 2020

Subjects: Correlation detectors. / Fermi liquids. / Fermions. / Filling. / Magnetic anisotropy. / Magnetism. / Mean field theory. / Spin fluctuations. / Topology. / Antiferromagnetic spin fluctuations. / Dynamical mean-field theory. / Fluctuation exchange approximation. / Frequency dependence. / Intermediate coupling. / Momentum distribution function. / Non-Fermi-liquid behavior. / Topological properties. / Distribution functions.

Thermodynamic evaluation of adsorption of zinc complex and ZnO nano-layer prepared by tscd method based on langmuir adsorption model

Author: Vaezi, M. R.

Publisher: Materials and Energy Research Center,

Pub. Year: 2009

Subjects: Immersion. / Physisorption. / Deposition. / Equilibrium constants. / Oxide films. / Semiconducting zinc compounds. / Substrates. / Surface chemistry. / Thin films. / Water. / Zinc. / Zinc oxide. / Adsorption model. / Adsorption reaction. / Chemical deposition. / Concentration of. / Hot water. / Langmuir Adsorption. / Langmuir adsorption model. / Soda lime glass substrate. / Thermodynamic evaluation. / Thin layers. / TSCD. / Two stage. / XRD technique. / Zinc complex. / Zinc oxide thin films. / ZnO.

Highly textured ZnO thin films: An economical fabrication, doping by Mn2+ and Sn2+ and approachment for optical devices

Author: Vaezi, M. R.

Publisher: Elsevier Ltd,

Pub. Year: 2007

Subjects: Composition. / Doping (additives) / Energy dispersive spectroscopy. / Fabrication. / Grain size and shape. / Light transmission. / Textured thin films. / Two-stage chemical deposition (TSCD) / Zinc oxide thin films. / Zinc oxide. / Optoelectronic devices. / Polycrystalline materials. / Scanning electron microscopy. / Textures. / Thin films. / X ray diffraction analysis.

Nanopowder synthesis of zinc oxide via solochemical processing

Author: Vaezi, M. R.

Publisher: Elsevier Ltd,

Pub. Year: 2007

Subjects: Nanostructured materials. / Particle size analysis. / Powders. / X ray diffraction analysis. / Nanopowder synthesis. / Solochemical processing. / Zinc oxide nanopowder. / Zinc oxide. / Solutions. / Synthesis (chemical) / Transmission electron microscopy.

Two-stage chemical deposition of oxide films

Author: Vaezi, M. R.

Publisher: Materials and Energy Research Center,

Pub. Year: 2008

Subjects: Film preparation. / Lime. / Manganese. / Manganese compounds. / Metallic compounds. / Nickel. / Nickel alloys. / Nickel oxide. / Oxide superconductors. / Semiconducting zinc compounds. / Substrates. / Thin films. / Zinc. / Zinc oxide. / Aqueous solutions. / Chemical deposition. / Manganese oxide. / Metal oxide thin films. / Nickel complex. / NiO films. / NiO thin film. / Oval-shaped particles. / Oxide layer. / Polycrystalline film. / Preparation procedures. / SEM micrographs. / Soda Lime glass. / Soda-lime. / Two stage. / ZnO. / Oxide films.

Effects of substrate material and annealing temperature on morphology of zinc oxide films

Author: Vaezi, M. R.

Pub. Year: 2006

Subjects: Alumina. / Annealing. / Microstructure. / Quartz. / Substrates. / Zinc oxide. / Quartz glass (QG) / Soda lime. / Soda lime glass (SLG) / Two stage chemical deposition (TSCD) / Metallic films.

Rectilinear motion of carbon nanotube on gold surface

Author: Kianezhad, M.

Publisher: Elsevier Ltd,

Pub. Year: 2022

Subjects: Carbon nanotubes. / Chirality. / Energy management. / Gold. / Molecular physics. / Potential energy. / Quantum chemistry. / Stereochemistry. / Wheels. / Directional motion. / Energy analysis. / Gold substrates. / Gold surfaces. / Motion characteristics. / Nanocars. / Nanomachines. / P-carborane. / Rectilinear motion. / Strength and stiffness. / Molecular dynamics.

Unidirectional motion of C60-based nanovehicles using hybrid substrates with temperature gradient

Author: Kianezhad, M.

Publisher: Nature Research,

Pub. Year: 2023

Subjects: Hexagonal boron-nitride (BN) surfaces. / Unidirectional motion. / Hybrid substrates. / Molecular dynamics simulations. / Boron-nitride impurity regions.

Motion of nanovehicles on pristine and vacancy-defected silicene: implications for controlled surface motion

Author: Youzi, M.

Publisher: Royal Society of Chemistry,

Pub. Year: 2023

Subjects: Dynamics simulation. / Energy analysis. / Machine simulation. / Nanomachines. / Nanovehicles. / Silicene. / Surface motions. / Surface rolling. / Transportation system.

Aerodynamic design of a twin-entry radial-inflow turbine impeller: a numerical and experimental investigation

Author: Vaezi, S.

Publisher: Springer Verlag,

Pub. Year: 2018

Subjects: Aerodynamic design. / Garrett turbocharger. / Impeller. / Performance prediction. / Twin-entry radial-inflow turbine.

Green inventory management in a multi-product, multi-vendor post-disaster construction supply chain

Author: Mohammadnazari, Z.

Publisher: Springer Science and Business Media B.V,

Pub. Year: 2023

Subjects: Fuzzy programming. / Green transportation. / Multi-criteria decision-making (MCDM) / Post-disaster construction supply chain. / Supplier selection. / Sustainability.

Programmable oscillation of C60 inside carbon nanotubes subjected to strain gradient

Author: Vaezi, M.

Publisher: American Institute of Physics Inc,

Pub. Year: 2023

Subjects: Programmable oscillation. / Carbon nanotubes. / Strain gradient. / Molecular dynamics (MD) / Interatomic forces. / Intermolecular potentials.

Characterization of yittria stabilized zirconia/titania core-shell powders synthesized via air plasma spray method

Author: Dadfar, M. R.

Pub. Year: 2017

Subjects: YSZ. / Characterization. / Crystallite size. / Nanoparticles. / Plasma jets. / Plasma spraying. / Powders. / Scanning electron microscopy. / Yttria stabilized zirconia. / Zirconia. / Air plasma spray. / Air plasma spray method. / Core shell. / Core shell structure. / Phase characterization. / TiO2. / TiO2 nano-particles. / Yittria stabilized zirconias. / Shells (structures)

Nanocar swarm movement on graphene surfaces

Author: Vaezi, M.

Publisher: Royal Society of Chemistry,

Pub. Year: 2022

Subjects: Coarse-grained modeling. / Graphene. / Potential energy. / Activated surfaces. / Assembly process. / Dynamics simulation. / Highest temperature. / Nanocars. / Nanomachines. / Sliding movements. / Surface motions. / Thermally activated. / Transportation system. / Molecular dynamics.

Phase transition and fractionalization in the superconducting Kondo lattice model

Author: Mohammadi, F.

Publisher: American Physical Society,

Pub. Year: 2022

Subjects: Electron correlations. / Electrons. / Fermi liquids. / Fermions. / Magnetic moments. / Phase diagrams. / Topology. / Wave functions. / Conduction electrons. / Electron systems. / Heavy-fermion. / Interacting waves. / Kondo lattice model. / Metallic systems. / Noninteracting. / Ordering phase. / Strong correlation. / Topological order. / Mean field theory.

Collective movement and thermal stability of fullerene clusters on the graphene layer

Author: Vaezi, M.

Publisher: Royal Society of Chemistry,

Pub. Year: 2022

Subjects: Diffusion. / Graphene. / Molecular dynamics. / Multilayers. / Potential energy. / Separation. / Thermodynamic stability. / Van der Waals forces. / Wetting. / Fullerene clusters. / Graphene layers. / Highest temperature. / Lows-temperatures. / Manipulation system. / Molecular dynamics methods. / Motion characteristics. / Surface manipulation. / Surface motions. / Temperature range. / Fullerenes.

Total 21500 records