Sharif Digital Repository

Comparative study on the effect of nitrogen-donor groups versus macro-ring size in O2Nx-azacrowns on the complexation with [60]fullerene

Author

Ghanbari, B.

Pub. Year

2014

Subjects

Azacrown. / Host-guest. / Macrocycle. / [60] fullerene. / Azacrowns. / Formation constants. / Host-guests. / Macro-cyclic ligands. / Macrocycles. / Thermodynamic parameter. / UV visible spectroscopy. / Enthalpy. / Entropy. / Fullerenes. / Ligands. / Nitrogen. / Stoichiometry. / Ultraviolet visible spectroscopy. / Complexation.

An incremental spam detection algorithm

Author

Ghanbari, E.

Pub. Year

2011

Subjects

Batch learning. / Combining classifiers. / Ensemble learning. / Incremental algorithm. / Incremental learning. / Majority voting. / Spam detection. / Training data. / Artificial intelligence. / Internet. / Signal detection. / Learning algorithms.

Order and pole locator estimation in fractional order systems using bode diagram

Author

Ghanbari, M.

Pub. Year

2010

Subjects

Fractional order systems. / Fractional order. / Fractional order orthogonal functions. / Fractional-order systems. / Input and outputs. / Simulation result. / Straight lines. / System identifications. / Algebra. / Bode diagrams. / Fourier analysis. / Orthogonal functions. / Poles. / Parameter estimation.

Spectroscopic evidence on improvement in complex formation of O2N2 aza-crown macrocyclic ligands with Cu(II) acetate upon incorporation with [60]fullerene

Author

Ghanbari, B.

Publisher

Elsevier B.V,

Pub. Year

2016

Subjects

Azacrown. / Blue copper site. / Thermodynamic. / Bins. / Fullerenes. / Ligands. / Near infrared spectroscopy. / Positive ions. / Spectroscopy. / Thermodynamics. / Azacrowns. / Benesi-Hildebrand. / Binding constant. / Copper sites. / [60] fullerene. / Copper compounds.

Incremental RotBoost algorithm: An application for spam filtering

Author

Ghanbari, E.

Publisher

IOS Press,

Pub. Year

2015

Subjects

Internet. / Learning algorithms. / Computer experiment. / Ensemble learning. / Ensemble of classifiers. / Incremental learning. / Spam detection. / Spam filtering. / Training sets. / Weak classifiers. / Algorithms.

Parametric identification of fractional-order systems using a fractional Legendre basis

Author

Ghanbari, M.

Pub. Year

2010

Subjects

Fractional-order system. / Identification. / Fractional systems. / Fractional-order systems. / High frequency. / Laguerre. / Legendre. / Legendre function. / Multimodes. / Orthogonal rational functions. / Parametric identification. / Pole location. / Exponential functions. / Function evaluation. / Orthogonal functions. / Rational functions.

The advantage of spectrophotometric measurement for size-selective complexing of Cu(II) with O2N2-azacrown ligands

Author

Ghanbari, B.

Publisher

Elsevier,

Pub. Year

2015

Subjects

Ligands. / Metal ions. / Methanol. / Azacrowns. / Benesi-Hildebrand. / Benesi-Hildebrand equation. / Binding constant. / Macro-cyclic ligands. / Size-selective. / Spectrophotometric measurements. / Thermodynamic parameter. / Copper compounds. / copper. / Heterocyclic compound. / Chemistry. / Kinetics. / Procedures. / ultraviolet spectrophotometry. / Aza Compounds. / Ligands. / Nitrogen. / Oxygen. / Spectrophotometry. / Spectrophotometry, Ultraviolet. / Thermodynamics.

Multiscale nonlinear constitutive modeling of carbon nanostructures based on interatomic potentials

Author

Ghanbari, J.

Pub. Year

2009

Subjects

Continuum-based modeling. / Multiscale modeling. / Atomic structure. / Carbon nanostructures. / Constitutive modeling. / Elastic behavior. / Graphene sheet. / Green-Lagrange strain tensors. / Interatomic potential. / Kirchhoff stress. / Multiscales. / Representative volume elements. / Carbon nanotubes. / Constitutive models. / Graphite. / Knowledge based systems. / Nanostructures. / Tensors. / Volume measurement. / Graphene.

Nonlinear hierarchical multiscale modeling of cortical bone considering its nanoscale microstructure

Author

Ghanbari, J.

Pub. Year

2009

Subjects

Mechanical properties. / Bone geometry. / Cortical bone. / Elastic properties. / Global behaviors. / Hierarchical multiscale modeling. / Homogenization techniques. / Loading condition. / Macro scale. / Macroscopic loading. / Matrix. / Micro-scale. / Micro-structural. / Multi-scale Modeling. / Multiscale modeling schemes. / Nano scale. / Nanometer size. / Nanoscale microstructure. / Poisson's ratio. / Protein matrix. / Representative volume elements. / Shear modulus. / Two boundary value problems. / Elastic moduli. / Homogenization method. / Knowledge based systems. / Mechanical properties. / Minerals. / Mining. / Nanocomposites. / Nanostructured materials. / Ordinary differential equations. / Silicate minerals. / Steel structures. / Titration. / Volume measurement. / Bone. / Hydroxyapatite. / Nanomaterial. / Analytic method. / Article. / Bone matrix. / Bone mineral. / Bone structure. / Calculation. / Human. / Kinematics. / Macrostructure. / Microstructure. / Nanoanalysis. / Nonlinear hierarchal multiscale modeling. / Particle size. / Platelet microparticle. / priority journal. / structure analysis. / Animals. / Biomechanics. / Bone and Bones. / Bone Density. / Collagen. / Durapatite. / Elasticity. / Finite Element Analysis. / Models, Biological. / Nanotechnology. / Nonlinear Dynamics. / Poisson Distribution.

Hierarchical multiscale modeling of nanotube-reinforced polymer composites

Author

Ghanbari, J.

Pub. Year

2009

Subjects

Aligned nanotubes. / Computational homogenization. / Effective elastic modulus. / Elastic properties. / Finite element. / Global behaviors. / Halpin-tsai equations. / Interphase layer. / Interphase layers. / Large deformation analysis. / Macro scale. / Micro-mechanical. / Molecular dynamics simulations. / Multiscale modeling. / Multiscale modeling schemes. / Multiscale schemes. / Nonlinear behavior. / Nonlinear relations. / Reinforced polymer composites. / Representative volume elements. / Stress concentration factors. / Differential equations. / Mechanical properties. / Molecular dynamics. / Nanocomposites. / Polymers. / Reinforced plastics. / Stress concentration. / Titration. / Volume measurement. / Carbon nanotubes.

CoSALEN as a new catalyst for oxidation of fullerene C60

Author

Ghanbari, B.

Pub. Year

2009

Subjects

Catalyst. / CoSALEN. / Fullerene. / Oxidation.

Ion transport through graphene oxide fibers as promising candidate for bblue energy harvesting

Author

Ghanbari, H.

Publisher

Elsevier Ltd,

Pub. Year

2020

Subjects

Energy harvesting. / Graphene oxide fibers. / Interlayer spacing. / Nanofluidics. / Fibers. / Osmosis. / Pore size. / Positive ions. / Adjustable pore size. / Atomically smooth surface. / Insufficient power. / Interlayer distance. / Interlayer spacings. / Molecular sieving. / Physical confinement. / Salt concentration. / Graphene.

Photoluminescence emission enhancement and coordination-driven isomer-locking effects of Cr(III) on azobenzene-bearing tweezer anchored to binaphthdiaza-crown macrocycles

Author

Ghanbari, B.

Publisher

Elsevier B.V,

Pub. Year

2018

Subjects

Azobenzene. / Fluorescence. / Isomer-locking macrocycle. / Naphthdiaza-crown. / Tweezer. / Azobenzene. / Fluorescence spectroscopy. / Isomerization. / Isomers. / Locks (fasteners) / Metal ions. / Metals. / Coordination-driven. / Electronic effects. / Macrocycles. / Photoluminescence emission. / Strong interaction. / Visible spectroscopy. / Chromium compounds.

Modeling the interphase layer between CNT and matrix in nanocomposites using nonlinear large deformation hierarchical multiscale

Author

Ghanbari, J.

Publisher

Department of Scientific Computing, Florida State University,

Pub. Year

2008

Subjects

Boundary value problems. / Homogenization method. / Molecular dynamics. / Nanocomposites. / Reinforcement. / Volume fraction. / Yarn. / Effective elastic property. / Hierarchical multi-scale modeling. / Homogenization techniques. / Material behavior. / Nonlinear large deformations. / Reinforced composites. / Reinforced nanocomposite. / Two boundary value problems. / Carbon nanotubes.