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Condensed Matter Physics (Q1), Electronic, Optical and Magnetic Materials (Q1)

JCR: 3.908

SJR: 1.537

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Solution Of Large-Scale Plasmonic Problems With The Multilevel Fast Multipole Algorithm
Engineering Copper Plasmonic Chirality Via Ligand-Induced Dissolution For Enantioselective Recognition Of Amino Acids
Domain Decomposition Method (Ddm)
Engineering Copper Plasmonic Chirality Via Ligand-Induced Dissolution For Enantioselective Recognition Of Amino Acids
Domain Decomposition Method (Ddm)
A Multiresolution Domain Decomposition Preconditioner For The Mom Solution Of Multiscale Complex Structures
Domain Decomposition Method (Ddm)
A Multiresolution Domain Decomposition Preconditioner For The Mom Solution Of Multiscale Complex Structures
Influence Of Geometrical Parameters On The Optical Activity Of Chiral Gold Nanorods
A Multiresolution Domain Decomposition Preconditioner For The Mom Solution Of Multiscale Complex Structures
Influence Of Geometrical Parameters On The Optical Activity Of Chiral Gold Nanorods
Holding And Amplifying Electromagnetic Waves With Temporal Non-Foster Metastructures
Influence Of Geometrical Parameters On The Optical Activity Of Chiral Gold Nanorods
Holding And Amplifying Electromagnetic Waves With Temporal Non-Foster Metastructures
Tear And Interconnect Ddm With Efficient Multibranch-Multiresolution Preconditioner For The Simulation Of Highly Complex Realistic Problems
Holding And Amplifying Electromagnetic Waves With Temporal Non-Foster Metastructures
Tear And Interconnect Ddm With Efficient Multibranch-Multiresolution Preconditioner For The Simulation Of Highly Complex Realistic Problems
A Multitrace Multi - Resolution Preconditioner For Solving Piecewise Homogeneous Dielectric Objects
Tear And Interconnect Ddm With Efficient Multibranch-Multiresolution Preconditioner For The Simulation Of Highly Complex Realistic Problems
A Multitrace Multi - Resolution Preconditioner For Solving Piecewise Homogeneous Dielectric Objects
Mlfma-Slotfft For The Electromagnetic Solution Of Densely Packed Finite Periodic Structures
A Multitrace Multi - Resolution Preconditioner For Solving Piecewise Homogeneous Dielectric Objects
Mlfma-Slotfft For The Electromagnetic Solution Of Densely Packed Finite Periodic Structures
Discontinuous Galerkin Formulation For Modelling Multiple Material And Multiple Conductor Junctions
Mlfma-Slotfft For The Electromagnetic Solution Of Densely Packed Finite Periodic Structures
Discontinuous Galerkin Formulation For Modelling Multiple Material And Multiple Conductor Junctions
A Novel Multiresolution Preconditioner Including Piecewise Homogeneous Dielectric Objects
Discontinuous Galerkin Formulation For Modelling Multiple Material And Multiple Conductor Junctions
A Novel Multiresolution Preconditioner Including Piecewise Homogeneous Dielectric Objects
Domain Decomposition Method (Ddm)
A Novel Multiresolution Preconditioner Including Piecewise Homogeneous Dielectric Objects
Domain Decomposition Method (Ddm)
Discontinuous Galerkin Integral Equation Method For Light Scattering From Complex Nanoparticle Assemblies
Domain Decomposition Method (Ddm)
Discontinuous Galerkin Integral Equation Method For Light Scattering From Complex Nanoparticle Assemblies
Surfactant Directed Synthesis Of Intrinsically Chiral Plasmonic Nanostructures And Precise Tuning Of Their Optical Activity Through Controlled Self-Assembly
Discontinuous Galerkin Integral Equation Method For Light Scattering From Complex Nanoparticle Assemblies
Surfactant Directed Synthesis Of Intrinsically Chiral Plasmonic Nanostructures And Precise Tuning Of Their Optical Activity Through Controlled Self-Assembly
Discontinuous Galerkin Integral Equation Approach For Electromagnetic Modeling Of Realistic And Complex Radiating Systems
Surfactant Directed Synthesis Of Intrinsically Chiral Plasmonic Nanostructures And Precise Tuning Of Their Optical Activity Through Controlled Self-Assembly
Discontinuous Galerkin Integral Equation Approach For Electromagnetic Modeling Of Realistic And Complex Radiating Systems
Multiresolution Preconditioners For Solving Realistic Multi-Scale Complex Problems
Discontinuous Galerkin Integral Equation Approach For Electromagnetic Modeling Of Realistic And Complex Radiating Systems
Multiresolution Preconditioners For Solving Realistic Multi-Scale Complex Problems
Time-Varying Electromagnetic Media: Opinion
Multiresolution Preconditioners For Solving Realistic Multi-Scale Complex Problems
Time-Varying Electromagnetic Media: Opinion
Nonreciprocal Epsilon-Near-Zero-Dielectric Bilayers: Enhancement Of Nonreciprocity From A Nonlinear Transparent Conducting Oxide Thin Film At Epsilon-Near-Zero Frequency
Time-Varying Electromagnetic Media: Opinion
Nonreciprocal Epsilon-Near-Zero-Dielectric Bilayers: Enhancement Of Nonreciprocity From A Nonlinear Transparent Conducting Oxide Thin Film At Epsilon-Near-Zero Frequency
Four-Dimensional (4d) Light Manipulation
Nonreciprocal Epsilon-Near-Zero-Dielectric Bilayers: Enhancement Of Nonreciprocity From A Nonlinear Transparent Conducting Oxide Thin Film At Epsilon-Near-Zero Frequency
Four-Dimensional (4d) Light Manipulation
Four-Dimensional (4d) Light Manipulation
Four-Dimensional (4d) Light Manipulation
Four-Dimensional (4d) Light Manipulation
Distributed Hybrid Mpi/openmp Ie-Ddm For Electromagnetic Modeling Of Large Platforms
Four-Dimensional (4d) Light Manipulation
Distributed Hybrid Mpi/openmp Ie-Ddm For Electromagnetic Modeling Of Large Platforms
Dependence Of The Efficiency Of The Nonlinear-Optical Response Of Materials On Their Linear Permittivity And Permeability
Distributed Hybrid Mpi/openmp Ie-Ddm For Electromagnetic Modeling Of Large Platforms
Dependence Of The Efficiency Of The Nonlinear-Optical Response Of Materials On Their Linear Permittivity And Permeability
Time-Varying Materials In The Presence Of Dispersion: Plane-Wave Propagation In A Lorentzian Medium With Temporal Discontinuity
Dependence Of The Efficiency Of The Nonlinear-Optical Response Of Materials On Their Linear Permittivity And Permeability
Time-Varying Materials In The Presence Of Dispersion: Plane-Wave Propagation In A Lorentzian Medium With Temporal Discontinuity
Functional Analysis Of The Polarization Response In Linear Time-Varying Media: A Generalization Of The Kramers-Kronig Relations
Time-Varying Materials In The Presence Of Dispersion: Plane-Wave Propagation In A Lorentzian Medium With Temporal Discontinuity
Functional Analysis Of The Polarization Response In Linear Time-Varying Media: A Generalization Of The Kramers-Kronig Relations
Nonreciprocal Enz-Dielectric Bilayers: Enhancement Of Nonreciprocity From A Nonlinear Transparent Conducting Oxide Thin Film At Epsilon-Near-Zero (Enz) Frequency
Functional Analysis Of The Polarization Response In Linear Time-Varying Media: A Generalization Of The Kramers-Kronig Relations
Nonreciprocal Enz-Dielectric Bilayers: Enhancement Of Nonreciprocity From A Nonlinear Transparent Conducting Oxide Thin Film At Epsilon-Near-Zero (Enz) Frequency
Time-Varying Materials In Presence Of Dispersion: Plane-Wave Propagation In A Lorentzian Medium With Temporal Discontinuity
Nonreciprocal Enz-Dielectric Bilayers: Enhancement Of Nonreciprocity From A Nonlinear Transparent Conducting Oxide Thin Film At Epsilon-Near-Zero (Enz) Frequency
Time-Varying Materials In Presence Of Dispersion: Plane-Wave Propagation In A Lorentzian Medium With Temporal Discontinuity
Integrating Plasmonic Supercrystals In Microfluidics For Ultrasensitive, Label-Free, And Selective Surface-Enhanced Raman Spectroscopy Detection
Time-Varying Materials In Presence Of Dispersion: Plane-Wave Propagation In A Lorentzian Medium With Temporal Discontinuity
Integrating Plasmonic Supercrystals In Microfluidics For Ultrasensitive, Label-Free, And Selective Surface-Enhanced Raman Spectroscopy Detection
Micelle-Directed Chiral Seeded Growth On Anisotropic Gold Nanocrystals
Integrating Plasmonic Supercrystals In Microfluidics For Ultrasensitive, Label-Free, And Selective Surface-Enhanced Raman Spectroscopy Detection
Micelle-Directed Chiral Seeded Growth On Anisotropic Gold Nanocrystals
Accurate Emc Engineering On Realistic Platforms Using An Integral Equation Domain Decomposition Approach
Micelle-Directed Chiral Seeded Growth On Anisotropic Gold Nanocrystals
Accurate Emc Engineering On Realistic Platforms Using An Integral Equation Domain Decomposition Approach
New Trends In Acceleration And Parallelization Techniques
Accurate Emc Engineering On Realistic Platforms Using An Integral Equation Domain Decomposition Approach
New Trends In Acceleration And Parallelization Techniques
Erratum: Tear-And-Interconnect Domain Decomposition Scheme For Solving Multiscale Composite Penetrable Objects' (Ieee Access (2020) 8 (107345-107352) Doi: 10.1109/access.2020.3000650)
New Trends In Acceleration And Parallelization Techniques
Erratum: Tear-And-Interconnect Domain Decomposition Scheme For Solving Multiscale Composite Penetrable Objects' (Ieee Access (2020) 8 (107345-107352) Doi: 10.1109/access.2020.3000650)
Tear-And-Interconnect Domain Decomposition Scheme For Solving Multiscale Composite Penetrable Objects
Erratum: Tear-And-Interconnect Domain Decomposition Scheme For Solving Multiscale Composite Penetrable Objects' (Ieee Access (2020) 8 (107345-107352) Doi: 10.1109/access.2020.3000650)
Tear-And-Interconnect Domain Decomposition Scheme For Solving Multiscale Composite Penetrable Objects
A Theoretical Explanation For Enhanced Nonlinear Response In Epsilon-Near-Zero Media
Tear-And-Interconnect Domain Decomposition Scheme For Solving Multiscale Composite Penetrable Objects
A Theoretical Explanation For Enhanced Nonlinear Response In Epsilon-Near-Zero Media
Dependence Of The Nonlinear-Optical Response Of Materials On Their Linear ∊ And Μ
A Theoretical Explanation For Enhanced Nonlinear Response In Epsilon-Near-Zero Media
Dependence Of The Nonlinear-Optical Response Of Materials On Their Linear ∊ And Μ
A Generalization Of The Kramers-Kronig Relations For Linear Time-Varying Media
Dependence Of The Nonlinear-Optical Response Of Materials On Their Linear ∊ And Μ
A Generalization Of The Kramers-Kronig Relations For Linear Time-Varying Media
A Theoretical Explanation For Enhanced Nonlinear Response In Epsilon-Near-Zero Media
A Generalization Of The Kramers-Kronig Relations For Linear Time-Varying Media
A Theoretical Explanation For Enhanced Nonlinear Response In Epsilon-Near-Zero Media
Fast Maxwell's Simulation Of New Real-World Problems At The Nanoscale
A Theoretical Explanation For Enhanced Nonlinear Response In Epsilon-Near-Zero Media
Fast Maxwell's Simulation Of New Real-World Problems At The Nanoscale
Electromagnetic Analysis And Design Of Radiating Systems On Board Real Platforms Via Domain Decomposition Method
Fast Maxwell's Simulation Of New Real-World Problems At The Nanoscale
Electromagnetic Analysis And Design Of Radiating Systems On Board Real Platforms Via Domain Decomposition Method
Tear And Interconnect Domain Decomposition Analysis Of Piecewise Penetrable Structures
Electromagnetic Analysis And Design Of Radiating Systems On Board Real Platforms Via Domain Decomposition Method
Tear And Interconnect Domain Decomposition Analysis Of Piecewise Penetrable Structures
Solving Realistic Multiscale And Composite Problems Using An Integral Equation Domain Decomposition Approach
Tear And Interconnect Domain Decomposition Analysis Of Piecewise Penetrable Structures
Solving Realistic Multiscale And Composite Problems Using An Integral Equation Domain Decomposition Approach
Charge-Induced Shifts In Chiral Surface Plasmon Modes In Gold Nanorod Assemblies
Solving Realistic Multiscale And Composite Problems Using An Integral Equation Domain Decomposition Approach
Charge-Induced Shifts In Chiral Surface Plasmon Modes In Gold Nanorod Assemblies
Multilevel Fast Multipole Algorithm For Fields
Charge-Induced Shifts In Chiral Surface Plasmon Modes In Gold Nanorod Assemblies
Multilevel Fast Multipole Algorithm For Fields
Reversible Clustering Of Gold Nanoparticles Under Confinement
Multilevel Fast Multipole Algorithm For Fields
Reversible Clustering Of Gold Nanoparticles Under Confinement
Ddm-Assisted Analysis Of Large Scale Radiating Structures
Reversible Clustering Of Gold Nanoparticles Under Confinement
Ddm-Assisted Analysis Of Large Scale Radiating Structures
Detection Of Amyloid Fibrils In Parkinson’s Disease Using Plasmonic Chirality
Ddm-Assisted Analysis Of Large Scale Radiating Structures
Detection Of Amyloid Fibrils In Parkinson’s Disease Using Plasmonic Chirality
Surface Integral Equation-Domain Decomposition Scheme For Solving Multi-Scale Radiation And Scattering Problems
Detection Of Amyloid Fibrils In Parkinson’s Disease Using Plasmonic Chirality
Surface Integral Equation-Domain Decomposition Scheme For Solving Multi-Scale Radiation And Scattering Problems
Evaluation Of Reaction Integrals In The Galerkin's Method Of Moments
Surface Integral Equation-Domain Decomposition Scheme For Solving Multi-Scale Radiation And Scattering Problems
Evaluation Of Reaction Integrals In The Galerkin's Method Of Moments
On The Evaluation Of The 4-D Reaction Integral For The Scalar Potential In Galerkin's Method Of Moments
Evaluation Of Reaction Integrals In The Galerkin's Method Of Moments
On The Evaluation Of The 4-D Reaction Integral For The Scalar Potential In Galerkin's Method Of Moments
Optimization Of Nanoparticle-Based Sers Substrates Through Large-Scale Realistic Simulations
On The Evaluation Of The 4-D Reaction Integral For The Scalar Potential In Galerkin's Method Of Moments
Optimization Of Nanoparticle-Based Sers Substrates Through Large-Scale Realistic Simulations
Slotfft Techniques For Fast Computation Of Large And Periodic Electromagnetics Problems
Optimization Of Nanoparticle-Based Sers Substrates Through Large-Scale Realistic Simulations
Slotfft Techniques For Fast Computation Of Large And Periodic Electromagnetics Problems
Fast And Accurate Electromagnetic Solutions Of Finite Periodic Optical Structures
Slotfft Techniques For Fast Computation Of Large And Periodic Electromagnetics Problems
Fast And Accurate Electromagnetic Solutions Of Finite Periodic Optical Structures
Successes And Frustrations In The Solution Of Large Electromagnetic Problems In Supercomputers
Fast And Accurate Electromagnetic Solutions Of Finite Periodic Optical Structures
Successes And Frustrations In The Solution Of Large Electromagnetic Problems In Supercomputers
Plasmonic Au@pd Nanorods With Boosted Refractive Index Susceptibility And Sers Efficiency: A Multifunctional Platform For Hydrogen Sensing And Monitoring Of Catalytic Reactions
Successes And Frustrations In The Solution Of Large Electromagnetic Problems In Supercomputers
Plasmonic Au@pd Nanorods With Boosted Refractive Index Susceptibility And Sers Efficiency: A Multifunctional Platform For Hydrogen Sensing And Monitoring Of Catalytic Reactions
Impact Of The Evaluation Precision Of The Reaction Integrals Of The Method Of Moments On The Solution Of Plasmonic Problems Near The Quasi-Static Regime
Plasmonic Au@pd Nanorods With Boosted Refractive Index Susceptibility And Sers Efficiency: A Multifunctional Platform For Hydrogen Sensing And Monitoring Of Catalytic Reactions
Impact Of The Evaluation Precision Of The Reaction Integrals Of The Method Of Moments On The Solution Of Plasmonic Problems Near The Quasi-Static Regime
Surface Integral Equation-Domain Decomposition Scheme For Solving Multiscale Nanoparticle Assemblies With Repetitions
Impact Of The Evaluation Precision Of The Reaction Integrals Of The Method Of Moments On The Solution Of Plasmonic Problems Near The Quasi-Static Regime
Surface Integral Equation-Domain Decomposition Scheme For Solving Multiscale Nanoparticle Assemblies With Repetitions
Gold Nanostar-Coated Polystyrene Beads As Multifunctional Nanoprobes For Sers Bioimaging
Surface Integral Equation-Domain Decomposition Scheme For Solving Multiscale Nanoparticle Assemblies With Repetitions
Gold Nanostar-Coated Polystyrene Beads As Multifunctional Nanoprobes For Sers Bioimaging
Hf Broadband Antenna Design For Shipboard Communications: Simulation And Measurements
Gold Nanostar-Coated Polystyrene Beads As Multifunctional Nanoprobes For Sers Bioimaging
Hf Broadband Antenna Design For Shipboard Communications: Simulation And Measurements
Plasmonic Substrates Comprising Gold Nanostars Efficiently Regenerate Cofactor Molecules
Hf Broadband Antenna Design For Shipboard Communications: Simulation And Measurements
Plasmonic Substrates Comprising Gold Nanostars Efficiently Regenerate Cofactor Molecules
Radial Growth Of Plasmon Coupled Gold Nanowires On Colloidal Templates
Plasmonic Substrates Comprising Gold Nanostars Efficiently Regenerate Cofactor Molecules
Radial Growth Of Plasmon Coupled Gold Nanowires On Colloidal Templates
Gold Nanorod-Pnipam Hybrids With Reversible Plasmon Coupling: Synthesis, Modeling, And Sers Properties
Radial Growth Of Plasmon Coupled Gold Nanowires On Colloidal Templates
Gold Nanorod-Pnipam Hybrids With Reversible Plasmon Coupling: Synthesis, Modeling, And Sers Properties
Mlfma-Mom For Solving The Scattering Of Densely Packed Plasmonic Nanoparticle Assemblies
Gold Nanorod-Pnipam Hybrids With Reversible Plasmon Coupling: Synthesis, Modeling, And Sers Properties
Mlfma-Mom For Solving The Scattering Of Densely Packed Plasmonic Nanoparticle Assemblies
Plasmon Modes And Hot Spots In Gold Nanostar-Satellite Clusters
Mlfma-Mom For Solving The Scattering Of Densely Packed Plasmonic Nanoparticle Assemblies
Plasmon Modes And Hot Spots In Gold Nanostar-Satellite Clusters
Mlfma For Large-Scale Nanoplasmonics Modeling
Plasmon Modes And Hot Spots In Gold Nanostar-Satellite Clusters
Mlfma For Large-Scale Nanoplasmonics Modeling
Surface Integral Equation-Method Of Moments With Multiregion Basis Functions Applied To Plasmonics
Mlfma For Large-Scale Nanoplasmonics Modeling
Surface Integral Equation-Method Of Moments With Multiregion Basis Functions Applied To Plasmonics
Squeezing Maxwell’s Equations Into The Nanoscale
Surface Integral Equation-Method Of Moments With Multiregion Basis Functions Applied To Plasmonics
Squeezing Maxwell’s Equations Into The Nanoscale
Improved Combined Tangential Formulation For Electromagnetic Analysis Of Penetrable Bodies
Squeezing Maxwell’s Equations Into The Nanoscale
Improved Combined Tangential Formulation For Electromagnetic Analysis Of Penetrable Bodies
Boundary Element Method For The Electromagnetic Analysis Of Metamaterials
Improved Combined Tangential Formulation For Electromagnetic Analysis Of Penetrable Bodies
Boundary Element Method For The Electromagnetic Analysis Of Metamaterials
Collective Plasmonic Properties In Few-Layer Gold Nanorod Supercrystals
Boundary Element Method For The Electromagnetic Analysis Of Metamaterials
Collective Plasmonic Properties In Few-Layer Gold Nanorod Supercrystals
Boundary Element Methods For The Scattering Retrieval Of Metamaterials
Collective Plasmonic Properties In Few-Layer Gold Nanorod Supercrystals
Boundary Element Methods For The Scattering Retrieval Of Metamaterials
Electromagnetic Analysis Of Large Nanoplasmonic Assemblies With Fast Multipole Methods
Boundary Element Methods For The Scattering Retrieval Of Metamaterials
Electromagnetic Analysis Of Large Nanoplasmonic Assemblies With Fast Multipole Methods
Toward Ultimate Nanoplasmonics Modeling
Electromagnetic Analysis Of Large Nanoplasmonic Assemblies With Fast Multipole Methods
Toward Ultimate Nanoplasmonics Modeling
Coupling Of Plasmonic Gap Waveguides With Directive Antennas
Toward Ultimate Nanoplasmonics Modeling
Coupling Of Plasmonic Gap Waveguides With Directive Antennas
Surface Integral Equation Methods In Nanophotonics
Coupling Of Plasmonic Gap Waveguides With Directive Antennas
Surface Integral Equation Methods In Nanophotonics
Fast Surface Integral Equation Methods For Electromagnetic Solution Of Large-Scale Conductors, Metamaterials And Optical Nano-Antennas
Surface Integral Equation Methods In Nanophotonics
Fast Surface Integral Equation Methods For Electromagnetic Solution Of Large-Scale Conductors, Metamaterials And Optical Nano-Antennas
On The Design Of Nanoantennas With Surface Integral Equations
Fast Surface Integral Equation Methods For Electromagnetic Solution Of Large-Scale Conductors, Metamaterials And Optical Nano-Antennas
On The Design Of Nanoantennas With Surface Integral Equations
Fast Surface Integral Equation Methods For The Optimization Of Nanoantennas
On The Design Of Nanoantennas With Surface Integral Equations
Fast Surface Integral Equation Methods For The Optimization Of Nanoantennas
Novel Surface Integral Equation Formulation For Penetrable Bodies
Fast Surface Integral Equation Methods For The Optimization Of Nanoantennas
Novel Surface Integral Equation Formulation For Penetrable Bodies
Directive Nanoantennas For Optical Wireless Links
Novel Surface Integral Equation Formulation For Penetrable Bodies
Directive Nanoantennas For Optical Wireless Links
Directive Antenna Nanocoupler To Plasmonic Gap Waveguides
Directive Nanoantennas For Optical Wireless Links
Directive Antenna Nanocoupler To Plasmonic Gap Waveguides
Design Of Optical Wide-Band Log-Periodic Nanoantennas Using Surface Integral Equation Techniques
Directive Antenna Nanocoupler To Plasmonic Gap Waveguides
Design Of Optical Wide-Band Log-Periodic Nanoantennas Using Surface Integral Equation Techniques
Optimization Of An Optical Wireless Nanolink Using Directive Nanoantennas
Design Of Optical Wide-Band Log-Periodic Nanoantennas Using Surface Integral Equation Techniques
Optimization Of An Optical Wireless Nanolink Using Directive Nanoantennas
Electromagnetic Analysis Of Metamaterials And Plasmonic Nanostructures With The Method Of Moments
Optimization Of An Optical Wireless Nanolink Using Directive Nanoantennas
Electromagnetic Analysis Of Metamaterials And Plasmonic Nanostructures With The Method Of Moments
Fast Surface Integral Equation Formulations For Large-Scale Conductors, Metamaterials, And Plasmonic Problems
Electromagnetic Analysis Of Metamaterials And Plasmonic Nanostructures With The Method Of Moments
Fast Surface Integral Equation Formulations For Large-Scale Conductors, Metamaterials, And Plasmonic Problems
Design Of Optical Nanoantennas With The Surface Integral Equation Method Of Moments
Fast Surface Integral Equation Formulations For Large-Scale Conductors, Metamaterials, And Plasmonic Problems
Design Of Optical Nanoantennas With The Surface Integral Equation Method Of Moments
Design Of Broadband Nano-Optical Antennas With The Surface Method Of Moments
Design Of Optical Nanoantennas With The Surface Integral Equation Method Of Moments
Design Of Broadband Nano-Optical Antennas With The Surface Method Of Moments
Large-Scale Plasmonic Problems Solved With The Multilevel Fast Multipole Algorithm
Design Of Broadband Nano-Optical Antennas With The Surface Method Of Moments
Large-Scale Plasmonic Problems Solved With The Multilevel Fast Multipole Algorithm
Comparative Of Surface Integral Equation Formulations When Applied To Plasmonic Problems
Large-Scale Plasmonic Problems Solved With The Multilevel Fast Multipole Algorithm
Comparative Of Surface Integral Equation Formulations When Applied To Plasmonic Problems
Comparison Of Surface Integral Equation Formulations For Electromagnetic Analysis Of Plasmonic Nanoscatterers
Comparative Of Surface Integral Equation Formulations When Applied To Plasmonic Problems
Comparison Of Surface Integral Equation Formulations For Electromagnetic Analysis Of Plasmonic Nanoscatterers
Solution Of Large-Scale Plasmonic Problems With The Multilevel Fast Multipole Algorithm
Comparison Of Surface Integral Equation Formulations For Electromagnetic Analysis Of Plasmonic Nanoscatterers
Solution Of Large-Scale Plasmonic Problems With The Multilevel Fast Multipole Algorithm
Engineering Copper Plasmonic Chirality Via Ligand-Induced Dissolution For Enantioselective Recognition Of Amino Acids
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