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Spatial dispersion

  • Chapter 3 Constitutive Relations

    Chapter 3 Constitutive Relations

  • Modeling Optical Metamaterials with Strong Spatial Dispersion

    Modeling Optical Metamaterials with Strong Spatial Dispersion

  • Transparent Metamaterials with a Negative Refractive Index Determined by Spatial Dispersion

    Transparent Metamaterials with a Negative Refractive Index Determined by Spatial Dispersion

  • Spatial Dispersion Consideration in Dipoles

    Spatial Dispersion Consideration in Dipoles

  • Operator Approach to Effective Medium Theory to Overcome a Breakdown of Maxwell Garnett Approximation

    Operator Approach to Effective Medium Theory to Overcome a Breakdown of Maxwell Garnett Approximation

  • Vector Circuit Theory for Spatially Dispersive Uniaxial Magneto-Dielectric Slabs 3

    Vector Circuit Theory for Spatially Dispersive Uniaxial Magneto-Dielectric Slabs 3

  • SCIENTIFIC PUBLICATIONS, SERGEI TRETYAKOV Books Book Chapters

    SCIENTIFIC PUBLICATIONS, SERGEI TRETYAKOV Books Book Chapters

  • Spatial Decomposition of a Broadband Pulse Caused by Strong Frequency Dispersion of Sound in Acoustic Metamaterial Superlattice

    Spatial Decomposition of a Broadband Pulse Caused by Strong Frequency Dispersion of Sound in Acoustic Metamaterial Superlattice

  • Spatial Dispersion Consideration in Dipoles

    Spatial Dispersion Consideration in Dipoles

  • Metamaterials Frequency Dispersion and Spatial Dispersion Split Rings and Related Structures U

    Metamaterials Frequency Dispersion and Spatial Dispersion Split Rings and Related Structures U

  • Arxiv:1903.09087V3 [Physics.Optics] 3 Apr 2019 C

    Arxiv:1903.09087V3 [Physics.Optics] 3 Apr 2019 C

  • Negative Index Materials: at the Frontier of Macroscopic Electromagnetism Boris Gralak

    Negative Index Materials: at the Frontier of Macroscopic Electromagnetism Boris Gralak

  • Spatial-Dispersion-Induced Acoustic Anisotropy in Semiconductor Structures

    Spatial-Dispersion-Induced Acoustic Anisotropy in Semiconductor Structures

  • An Introduction to Spatial Dispersion: Revisiting the Basic Concepts

    An Introduction to Spatial Dispersion: Revisiting the Basic Concepts

  • Arxiv:1911.02884V1 [Physics.Optics] 7 Nov 2019

    Arxiv:1911.02884V1 [Physics.Optics] 7 Nov 2019

  • A Helmholtz' Theorem

    A Helmholtz' Theorem

  • Spatial Dispersion in Phonon Focusing Spatial

    Spatial Dispersion in Phonon Focusing Spatial

  • On Negative Index Metamaterial Spacers and Their Unusual Optical Properties

    On Negative Index Metamaterial Spacers and Their Unusual Optical Properties

Top View
  • Bianisotropic Metasurfaces: Physics and Applications
  • Multipolar Modeling of Spatially Dispersive Metasurfaces Karim Achouri and Olivier J
  • The Dirac Delta Function
  • Emulating Hyperbolic-Media Properties with Conventional Structures
  • FDTD Algorithm for Plasmonic Nanoparticles with Spatial Dispersion
  • Arxiv:2001.00776V1 [Cond-Mat.Mes-Hall] 3 Jan 2020 Inrltosi Eidcsld a Omltdi Dove’S Dynamics
  • Physics of Negative Refraction and Negative Index Materials Physics Of
  • Spatial Dispersion and Negative Permittivity Effects in Superconductors
  • Absorption and Spatial Dispersion in Electromagnetic Susceptibility Models
  • Electromagnetic Metamaterials: Past, Present, and Future Sergei A
  • Metamaterials with Interacting Metaatoms and Spatial Dispersion
  • SPATIAL DISPERSION. OPTICAL ACTIVITY. PROBLEM Let's
  • Effect of Spatial Dispersion on Surface Waves Propagating Along Graphene Sheets
  • LOCAL MEDIA — NEGATIVE GROUP VELOCITY and BEYOND SM Mikki
  • Effects of Spatial Dispersion on Reflection from Mushroom-Type
  • Wave Dispersion and Basic Concepts of Peridynamics Compared To
  • Macroscopic Theory of Sound Propagation in Rigid-Framed Porous Materials Allowing for Spatial Dispersion: Principle and Validation Navid Nemati
  • Imperfect Perfect Lens Vol


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