PUBLICACIÓN

Slotted waveguide antenna design by segmented simulation and multi-objective genetic algorithm

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Garcia-Marin E., Corcoles J., Rubio J., Masa-Campos J.L., Sanchez-Olivares P., Gomez-Alcala R.

2017 2017 IEEE MTT-S International Conference on Numerical Electromagnetic and Multiphysics Modeling and Optimization for RF, Microwave, and Terahertz Applications, NEMO 2017

CITAS

1

DOI

10.1109/nemo.2017.7964241

EID

2-s2.0-85028507647

ISBN

9781509048373

BIBTEX

@article{Gómez-Alcalá2017,title = {Slotted waveguide antenna design by segmented simulation and multi-objective genetic algorithm},journal = {2017 IEEE MTT-S International Conference on Numerical Electromagnetic and Multiphysics Modeling and Optimization for RF, Microwave, and Terahertz Applications, NEMO 2017},year = {2017},pages = {224-226},author = {Garcia-Marin, E. and Corcoles, J. and Rubio, J. and Masa-Campos, J.L. and Sanchez-Olivares, P. and Gomez-Alcala, R.}}

AUTORES DE LA UEX

Jesús Rubio Ruiz
Rafael Gómez Alcalá

OTRAS PUBLICACIONES DE INTERÉS

Modal Analysis Of Optical Waveguides Using Prony's Method And Bpm
Efficient Full-Wave Analysis Of Lens Antennas With Arbitrary Feeder
2-D Fem-Based Simulation And Optimization Of Concentric Ring Grin Lens Antennas
Efficient Full-Wave Analysis Of Lens Antennas With Arbitrary Feeder
2-D Fem-Based Simulation And Optimization Of Concentric Ring Grin Lens Antennas
A Computationally Efficient Superposition T-Matrix Method For Non-Spherical Particles With Overlapping Minimum Circumscribing Spheres
2-D Fem-Based Simulation And Optimization Of Concentric Ring Grin Lens Antennas
A Computationally Efficient Superposition T-Matrix Method For Non-Spherical Particles With Overlapping Minimum Circumscribing Spheres
Domain Decomposition Of Reflector And Lens Antennas Via Spherical Ports
A Computationally Efficient Superposition T-Matrix Method For Non-Spherical Particles With Overlapping Minimum Circumscribing Spheres
Domain Decomposition Of Reflector And Lens Antennas Via Spherical Ports
Spherical Ports As A Direct Interface For Full-Interaction Po/mom-To-Fem: Application To Lower-Frequency Satellite-Remote-Sensing Reflector-Based Antennas
Domain Decomposition Of Reflector And Lens Antennas Via Spherical Ports
Spherical Ports As A Direct Interface For Full-Interaction Po/mom-To-Fem: Application To Lower-Frequency Satellite-Remote-Sensing Reflector-Based Antennas
Expedited Amplitude And Phase Tolerance Analysis Of Reflector Antenna Systems With Vector Spherical Waves
Spherical Ports As A Direct Interface For Full-Interaction Po/mom-To-Fem: Application To Lower-Frequency Satellite-Remote-Sensing Reflector-Based Antennas
Expedited Amplitude And Phase Tolerance Analysis Of Reflector Antenna Systems With Vector Spherical Waves
Evaluación De Los Estudiantes De Teleco De Actividades De Aprendizaje-Servicio Que Fomentan El Desarrollo Sostenible
Expedited Amplitude And Phase Tolerance Analysis Of Reflector Antenna Systems With Vector Spherical Waves
Evaluación De Los Estudiantes De Teleco De Actividades De Aprendizaje-Servicio Que Fomentan El Desarrollo Sostenible
Scan-Angle-Independent Fem Analysis Of Infinite Arrays Based On Spherical Harmonic Lattice Sums And The Generalized Scattering Matrix Of An Isolated Antenna
Evaluación De Los Estudiantes De Teleco De Actividades De Aprendizaje-Servicio Que Fomentan El Desarrollo Sostenible
Scan-Angle-Independent Fem Analysis Of Infinite Arrays Based On Spherical Harmonic Lattice Sums And The Generalized Scattering Matrix Of An Isolated Antenna
A Novel Design Of A Siw-Fed Antenna Array Using An Accelerated Full-Wave Methodology
Scan-Angle-Independent Fem Analysis Of Infinite Arrays Based On Spherical Harmonic Lattice Sums And The Generalized Scattering Matrix Of An Isolated Antenna
A Novel Design Of A Siw-Fed Antenna Array Using An Accelerated Full-Wave Methodology
Scattering By Arbitrary Cross-Section Cylinders Based On The T-Matrix Approach And Cylindrical To Plane Waves Transformation
A Novel Design Of A Siw-Fed Antenna Array Using An Accelerated Full-Wave Methodology
Scattering By Arbitrary Cross-Section Cylinders Based On The T-Matrix Approach And Cylindrical To Plane Waves Transformation
Mutual Coupling Of Antennas With Overlapping Minimum Spheres Based On The Transformation Between Spherical And Plane Vector Waves
Scattering By Arbitrary Cross-Section Cylinders Based On The T-Matrix Approach And Cylindrical To Plane Waves Transformation
Mutual Coupling Of Antennas With Overlapping Minimum Spheres Based On The Transformation Between Spherical And Plane Vector Waves
Multistep Transitions From Microstrip And Gcpw Lines To Siw In 5g 26 Ghz Band
Mutual Coupling Of Antennas With Overlapping Minimum Spheres Based On The Transformation Between Spherical And Plane Vector Waves
Multistep Transitions From Microstrip And Gcpw Lines To Siw In 5g 26 Ghz Band
Direct Fem-Domain Decomposition Using Convex-To-Concave Spherical Ports For Space Applications
Multistep Transitions From Microstrip And Gcpw Lines To Siw In 5g 26 Ghz Band
Direct Fem-Domain Decomposition Using Convex-To-Concave Spherical Ports For Space Applications
Simultaneous Use Of Addition Theorems For Cylindrical And Spherical Waves For The Fast Full-Wave Analysis Of Siw-Based Antenna Arrays
Direct Fem-Domain Decomposition Using Convex-To-Concave Spherical Ports For Space Applications
Simultaneous Use Of Addition Theorems For Cylindrical And Spherical Waves For The Fast Full-Wave Analysis Of Siw-Based Antenna Arrays
Applications Of The Direct Domain Decomposition Based On Cylindrical Ports In The Hybrid Finite Element/modal Analysis Method
Simultaneous Use Of Addition Theorems For Cylindrical And Spherical Waves For The Fast Full-Wave Analysis Of Siw-Based Antenna Arrays
Applications Of The Direct Domain Decomposition Based On Cylindrical Ports In The Hybrid Finite Element/modal Analysis Method
Overall Formulation For Multilayer Siw Circuits Based On Addition Theorems And The Generalized Scattering Matrix
Applications Of The Direct Domain Decomposition Based On Cylindrical Ports In The Hybrid Finite Element/modal Analysis Method
Overall Formulation For Multilayer Siw Circuits Based On Addition Theorems And The Generalized Scattering Matrix
Synthesis Of Coupled Antenna Arrays Using Digital Phase Control Via Integer Programming
Overall Formulation For Multilayer Siw Circuits Based On Addition Theorems And The Generalized Scattering Matrix
Synthesis Of Coupled Antenna Arrays Using Digital Phase Control Via Integer Programming
Design, Development And Testing Of A Helical Resonator For Trapping Sr+ Ions For Frequency Standards And Sensing Applications
Synthesis Of Coupled Antenna Arrays Using Digital Phase Control Via Integer Programming
Design, Development And Testing Of A Helical Resonator For Trapping Sr+ Ions For Frequency Standards And Sensing Applications
Slotted Waveguide Antenna Design By Segmented Simulation And Multi-Objective Genetic Algorithm
Design, Development And Testing Of A Helical Resonator For Trapping Sr+ Ions For Frequency Standards And Sensing Applications
Slotted Waveguide Antenna Design By Segmented Simulation And Multi-Objective Genetic Algorithm
Optimization Of The Array Element Positions Based On The Analytical Dependence Of The Mutual Coupling In The Gsm Finite Array Formulation
Slotted Waveguide Antenna Design By Segmented Simulation And Multi-Objective Genetic Algorithm
Optimization Of The Array Element Positions Based On The Analytical Dependence Of The Mutual Coupling In The Gsm Finite Array Formulation
Gradient-Based Aperiodic Array Synthesis Of Real Arrays With Uniform Amplitude Excitation Including Mutual Coupling
Optimization Of The Array Element Positions Based On The Analytical Dependence Of The Mutual Coupling In The Gsm Finite Array Formulation
Gradient-Based Aperiodic Array Synthesis Of Real Arrays With Uniform Amplitude Excitation Including Mutual Coupling
Pattern Synthesis Of Coupled Antenna Arrays Via Element Rotation
Gradient-Based Aperiodic Array Synthesis Of Real Arrays With Uniform Amplitude Excitation Including Mutual Coupling
Pattern Synthesis Of Coupled Antenna Arrays Via Element Rotation
Efficient Em Simulation Of Gcpw Structures Applied To A 200-Ghz Mhemt Power Amplifier Mmic
Pattern Synthesis Of Coupled Antenna Arrays Via Element Rotation
Efficient Em Simulation Of Gcpw Structures Applied To A 200-Ghz Mhemt Power Amplifier Mmic
Near-Optimal Shaped-Beam Synthesis Of Real And Coupled Antenna Arrays Via 3-D-Fem And Phase Retrieval
Efficient Em Simulation Of Gcpw Structures Applied To A 200-Ghz Mhemt Power Amplifier Mmic
Near-Optimal Shaped-Beam Synthesis Of Real And Coupled Antenna Arrays Via 3-D-Fem And Phase Retrieval
Shaped Beam Synthesis Of Sparse Arrays Of Coupled Elements Through A Modified Orthogonal Matching Pursuit Algorithm And Multiple Dictionaries
Near-Optimal Shaped-Beam Synthesis Of Real And Coupled Antenna Arrays Via 3-D-Fem And Phase Retrieval
Shaped Beam Synthesis Of Sparse Arrays Of Coupled Elements Through A Modified Orthogonal Matching Pursuit Algorithm And Multiple Dictionaries
Computer Automated Design Of An Irregular Slotted Waveguide Array For Ku-Band
Shaped Beam Synthesis Of Sparse Arrays Of Coupled Elements Through A Modified Orthogonal Matching Pursuit Algorithm And Multiple Dictionaries
Computer Automated Design Of An Irregular Slotted Waveguide Array For Ku-Band
Efficient Radiation Antenna Modeling Via Orthogonal Matching Pursuit In Terms Of Infinitesimal Dipoles
Computer Automated Design Of An Irregular Slotted Waveguide Array For Ku-Band
Efficient Radiation Antenna Modeling Via Orthogonal Matching Pursuit In Terms Of Infinitesimal Dipoles
Array Thinning Of Coupled Antennas Based On The Orthogonal Matching Pursuit Method And A Spherical-Wave Expansion For Far-Field Synthesis
Efficient Radiation Antenna Modeling Via Orthogonal Matching Pursuit In Terms Of Infinitesimal Dipoles
Array Thinning Of Coupled Antennas Based On The Orthogonal Matching Pursuit Method And A Spherical-Wave Expansion For Far-Field Synthesis
Rotation Of Curl-Conforming Elements For A Frequency Stable Application To The Surface Integral Equation
Array Thinning Of Coupled Antennas Based On The Orthogonal Matching Pursuit Method And A Spherical-Wave Expansion For Far-Field Synthesis
Rotation Of Curl-Conforming Elements For A Frequency Stable Application To The Surface Integral Equation
Direct Domain Decomposition For On-Board Spacecraft Antennas Based On Spherical Ports
Rotation Of Curl-Conforming Elements For A Frequency Stable Application To The Surface Integral Equation
Direct Domain Decomposition For On-Board Spacecraft Antennas Based On Spherical Ports
Mutual Coupling Compensation Matrices For Transmitting And Receiving Arrays
Direct Domain Decomposition For On-Board Spacecraft Antennas Based On Spherical Ports
Mutual Coupling Compensation Matrices For Transmitting And Receiving Arrays
Study Of Optimal All-Pass Microring Resonator Delay Lines With A Genetic Algorithm
Mutual Coupling Compensation Matrices For Transmitting And Receiving Arrays
Study Of Optimal All-Pass Microring Resonator Delay Lines With A Genetic Algorithm
Full Modeling Of Wideband Volumetric Antennas By Elementary Sources Placed On The Ground Plane
Study Of Optimal All-Pass Microring Resonator Delay Lines With A Genetic Algorithm
Full Modeling Of Wideband Volumetric Antennas By Elementary Sources Placed On The Ground Plane
Determination Of The Optimum Launch Conditions In Counter-Raman Amplification Using The Method Of Moments
Full Modeling Of Wideband Volumetric Antennas By Elementary Sources Placed On The Ground Plane
Determination Of The Optimum Launch Conditions In Counter-Raman Amplification Using The Method Of Moments
A Novel Hybrid Technique For Mutual Coupling Modeling Of Antennas With Strongly Overlapped Minimum-Spheres
Determination Of The Optimum Launch Conditions In Counter-Raman Amplification Using The Method Of Moments
A Novel Hybrid Technique For Mutual Coupling Modeling Of Antennas With Strongly Overlapped Minimum-Spheres
Planar Espar Array Design With Nonsymmetrical Pattern By Means Of Finite-Element Method, Domain Decomposition, And Spherical Wave Expansion
A Novel Hybrid Technique For Mutual Coupling Modeling Of Antennas With Strongly Overlapped Minimum-Spheres
Planar Espar Array Design With Nonsymmetrical Pattern By Means Of Finite-Element Method, Domain Decomposition, And Spherical Wave Expansion
Antenna-Generalized Scattering Matrix In Terms Of Equivalent Infinitesimal Dipoles: Application To Finite Array Problems
Planar Espar Array Design With Nonsymmetrical Pattern By Means Of Finite-Element Method, Domain Decomposition, And Spherical Wave Expansion
Antenna-Generalized Scattering Matrix In Terms Of Equivalent Infinitesimal Dipoles: Application To Finite Array Problems
Ann Characterization Of Multi-Layer Reflectarray Elements For Contoured-Beam Space Antennas In The Ku-Band
Antenna-Generalized Scattering Matrix In Terms Of Equivalent Infinitesimal Dipoles: Application To Finite Array Problems
Ann Characterization Of Multi-Layer Reflectarray Elements For Contoured-Beam Space Antennas In The Ku-Band
Full-Wave Modeling Of Antennas By Elementary Sources Based On Spherical Waves Translation
Ann Characterization Of Multi-Layer Reflectarray Elements For Contoured-Beam Space Antennas In The Ku-Band
Full-Wave Modeling Of Antennas By Elementary Sources Based On Spherical Waves Translation
Spherical-Waves-Based Analysis Of Arrays Of Volumetric Antennas With Overlapping Minimum Spheres
Full-Wave Modeling Of Antennas By Elementary Sources Based On Spherical Waves Translation
Spherical-Waves-Based Analysis Of Arrays Of Volumetric Antennas With Overlapping Minimum Spheres
Modeling Of Racetrack-Resonator Add-Drop Filters With Arbitrary Nonlinear Directional Couplers
Spherical-Waves-Based Analysis Of Arrays Of Volumetric Antennas With Overlapping Minimum Spheres
Modeling Of Racetrack-Resonator Add-Drop Filters With Arbitrary Nonlinear Directional Couplers
Racetrack Add-Drop Resonator With An Organic Cover For Nonlinear Switching Enhancement
Modeling Of Racetrack-Resonator Add-Drop Filters With Arbitrary Nonlinear Directional Couplers
Racetrack Add-Drop Resonator With An Organic Cover For Nonlinear Switching Enhancement
Multisoliton Generation And Control In Fibre Ring Lasers Including Two Linear Polarizers
Racetrack Add-Drop Resonator With An Organic Cover For Nonlinear Switching Enhancement
Multisoliton Generation And Control In Fibre Ring Lasers Including Two Linear Polarizers
Estimation Of The Radiation Pattern Of Finite Arrays Of Waveguide-Fed Apertures From The Transmitting Characteristics Of An Isolated Element
Multisoliton Generation And Control In Fibre Ring Lasers Including Two Linear Polarizers
Estimation Of The Radiation Pattern Of Finite Arrays Of Waveguide-Fed Apertures From The Transmitting Characteristics Of An Isolated Element
Antenna Modeling By Elementary Sources Based On Spherical Waves Translation And Evolutionary Computation
Estimation Of The Radiation Pattern Of Finite Arrays Of Waveguide-Fed Apertures From The Transmitting Characteristics Of An Isolated Element
Antenna Modeling By Elementary Sources Based On Spherical Waves Translation And Evolutionary Computation
Spherical-Wave-Based Shaped-Beam Field Synthesis For Planar Arrays Including The Mutual Coupling Effects
Antenna Modeling By Elementary Sources Based On Spherical Waves Translation And Evolutionary Computation
Spherical-Wave-Based Shaped-Beam Field Synthesis For Planar Arrays Including The Mutual Coupling Effects
Relation Between The Array Pattern Approach In Terms Of Coupling Coefficients And Minimum Scattering Antennas
Spherical-Wave-Based Shaped-Beam Field Synthesis For Planar Arrays Including The Mutual Coupling Effects
Relation Between The Array Pattern Approach In Terms Of Coupling Coefficients And Minimum Scattering Antennas
The Generalized Saturable Absorber
Relation Between The Array Pattern Approach In Terms Of Coupling Coefficients And Minimum Scattering Antennas
The Generalized Saturable Absorber
A Fast Technique To Estimate The Mutual Coupling Coefficients From The Transmitting Characteristics Of An Isolated Element
The Generalized Saturable Absorber
A Fast Technique To Estimate The Mutual Coupling Coefficients From The Transmitting Characteristics Of An Isolated Element
Multiobjective Optimization Of Real And Coupled Antenna Array Excitations Via Primal-Dual, Interior Point Filter Method From Spherical Mode Expansions
A Fast Technique To Estimate The Mutual Coupling Coefficients From The Transmitting Characteristics Of An Isolated Element
Multiobjective Optimization Of Real And Coupled Antenna Array Excitations Via Primal-Dual, Interior Point Filter Method From Spherical Mode Expansions
Mutual Coupling Compensation In Arrays Using A Spherical Wave Expansion Of The Radiated Field
Multiobjective Optimization Of Real And Coupled Antenna Array Excitations Via Primal-Dual, Interior Point Filter Method From Spherical Mode Expansions
Mutual Coupling Compensation In Arrays Using A Spherical Wave Expansion Of The Radiated Field
Inclusion Of The Feeding Network Effects In The Generalized-Scattering- Matrix Formulation Of A Finite Array
Mutual Coupling Compensation In Arrays Using A Spherical Wave Expansion Of The Radiated Field
Inclusion Of The Feeding Network Effects In The Generalized-Scattering- Matrix Formulation Of A Finite Array
Fourier Synthesis Of Linear Arrays Based On The Generalized Scattering Matrix And Spherical Modes
Inclusion Of The Feeding Network Effects In The Generalized-Scattering- Matrix Formulation Of A Finite Array
Fourier Synthesis Of Linear Arrays Based On The Generalized Scattering Matrix And Spherical Modes
Performance Characterization Of Wideband, Wide-Angle Scan Arrays Of Cavity-Backed U-Slot Microstrip Patch Antennas
Fourier Synthesis Of Linear Arrays Based On The Generalized Scattering Matrix And Spherical Modes
Performance Characterization Of Wideband, Wide-Angle Scan Arrays Of Cavity-Backed U-Slot Microstrip Patch Antennas
Array Design For Different Sll And Null Directions With An Interior-Point Optimization Method From The Generalized-Scattering-Matrix And Spherical Modes
Performance Characterization Of Wideband, Wide-Angle Scan Arrays Of Cavity-Backed U-Slot Microstrip Patch Antennas
Array Design For Different Sll And Null Directions With An Interior-Point Optimization Method From The Generalized-Scattering-Matrix And Spherical Modes
Integration Of Upc-Uab Fast Solvers Into The Antenna Simulation Software Of Unex-Upm, Kul, Upv And Epfl Ace Partners
Array Design For Different Sll And Null Directions With An Interior-Point Optimization Method From The Generalized-Scattering-Matrix And Spherical Modes
Integration Of Upc-Uab Fast Solvers Into The Antenna Simulation Software Of Unex-Upm, Kul, Upv And Epfl Ace Partners
Integration Of Cbd Solver In The Finite Array Gsm Code
Integration Of Upc-Uab Fast Solvers Into The Antenna Simulation Software Of Unex-Upm, Kul, Upv And Epfl Ace Partners
Integration Of Cbd Solver In The Finite Array Gsm Code
Vector Soliton Switching By Using The Cascade Connection Of Saturable Absorbers
Integration Of Cbd Solver In The Finite Array Gsm Code
Vector Soliton Switching By Using The Cascade Connection Of Saturable Absorbers
Full-Wave Analysis Of The Galileo System Navigation Antenna By Means Of The Generalized Scattering Matrix Of A Finite Array
Vector Soliton Switching By Using The Cascade Connection Of Saturable Absorbers
Full-Wave Analysis Of The Galileo System Navigation Antenna By Means Of The Generalized Scattering Matrix Of A Finite Array
Full-Wave Analysis Of The Galileo System Navigation Antenna By Means Of The Generalized Scattering Matrix Of A Finite Array
Full-Wave Analysis Of The Galileo System Navigation Antenna By Means Of The Generalized Scattering Matrix Of A Finite Array
Full-Wave Analysis Of The Galileo System Navigation Antenna By Means Of The Generalized Scattering Matrix Of A Finite Array
A Cad-Oriented Method To Analyze And Design Radiating Structures Based On Bodies Of Revolution By Using Finite Elements And Generalized Scattering Matrix
Full-Wave Analysis Of The Galileo System Navigation Antenna By Means Of The Generalized Scattering Matrix Of A Finite Array
A Cad-Oriented Method To Analyze And Design Radiating Structures Based On Bodies Of Revolution By Using Finite Elements And Generalized Scattering Matrix
Analysis Of The Scattering Characteristics Of Finite Arrays On An Infinite Ground Plane Based On Finite Elements And Generalized Scattering Matrix
A Cad-Oriented Method To Analyze And Design Radiating Structures Based On Bodies Of Revolution By Using Finite Elements And Generalized Scattering Matrix
Analysis Of The Scattering Characteristics Of Finite Arrays On An Infinite Ground Plane Based On Finite Elements And Generalized Scattering Matrix
Generalized-Scattering-Matrix Analysis Of A Class Of Finite Arrays Of Coupled Antennas By Using 3-D Fem And Spherical Mode Expansion
Analysis Of The Scattering Characteristics Of Finite Arrays On An Infinite Ground Plane Based On Finite Elements And Generalized Scattering Matrix
Generalized-Scattering-Matrix Analysis Of A Class Of Finite Arrays Of Coupled Antennas By Using 3-D Fem And Spherical Mode Expansion
Full Wave Analysis Of Finite Arrays On An Infinite Ground Plane Including The Mutual Coupling Effects
Generalized-Scattering-Matrix Analysis Of A Class Of Finite Arrays Of Coupled Antennas By Using 3-D Fem And Spherical Mode Expansion
Full Wave Analysis Of Finite Arrays On An Infinite Ground Plane Including The Mutual Coupling Effects
Rigorous Mutual Coupling Analysis Of Open-Ended Radiating Structures Based On Sfelp (Segmentation Technique/finite Elements/lanczos-Pade) And Spherical Modes
Full Wave Analysis Of Finite Arrays On An Infinite Ground Plane Including The Mutual Coupling Effects
Rigorous Mutual Coupling Analysis Of Open-Ended Radiating Structures Based On Sfelp (Segmentation Technique/finite Elements/lanczos-Pade) And Spherical Modes
Efficient Full-Wave Analysis Of Mutual Coupling Between Cavity-Backed Microstrip Patch Antennas
Rigorous Mutual Coupling Analysis Of Open-Ended Radiating Structures Based On Sfelp (Segmentation Technique/finite Elements/lanczos-Pade) And Spherical Modes
Efficient Full-Wave Analysis Of Mutual Coupling Between Cavity-Backed Microstrip Patch Antennas
The Computation Of The Input Impedance Of A Biconical Antenna By Means Of A Method Of Segmentation Based On 3d Finite Elements
Efficient Full-Wave Analysis Of Mutual Coupling Between Cavity-Backed Microstrip Patch Antennas
The Computation Of The Input Impedance Of A Biconical Antenna By Means Of A Method Of Segmentation Based On 3d Finite Elements
Aplicación Del Método Sfelp Al Análisis De Antenas Microstrip En Cavidad
The Computation Of The Input Impedance Of A Biconical Antenna By Means Of A Method Of Segmentation Based On 3d Finite Elements
Aplicación Del Método Sfelp Al Análisis De Antenas Microstrip En Cavidad
Analysis Of Open-Ended Radiating Structures Based On Sfelp (Segmentation Approach/finite Elements/lanczos-Pade)
Aplicación Del Método Sfelp Al Análisis De Antenas Microstrip En Cavidad
Analysis Of Open-Ended Radiating Structures Based On Sfelp (Segmentation Approach/finite Elements/lanczos-Pade)
Analysis Of Cavity-Backed Microstrip Antennas By A 3-D Finite Element/segmentation Method And A Matrix Lanczos-Padé Algorithm (Sfelp)
Analysis Of Open-Ended Radiating Structures Based On Sfelp (Segmentation Approach/finite Elements/lanczos-Pade)
Analysis Of Cavity-Backed Microstrip Antennas By A 3-D Finite Element/segmentation Method And A Matrix Lanczos-Padé Algorithm (Sfelp)
Accurate Validation Of Experimental Results Of Interdiffused Ingaas/gaas Strained Quantum Wells By Suitable Numerical Methods
Analysis Of Cavity-Backed Microstrip Antennas By A 3-D Finite Element/segmentation Method And A Matrix Lanczos-Padé Algorithm (Sfelp)
Accurate Validation Of Experimental Results Of Interdiffused Ingaas/gaas Strained Quantum Wells By Suitable Numerical Methods
Cad Of Cylindrical Dielectric Resonator Filters By A 3-D Finite-Element Segmentation Method
Accurate Validation Of Experimental Results Of Interdiffused Ingaas/gaas Strained Quantum Wells By Suitable Numerical Methods
Cad Of Cylindrical Dielectric Resonator Filters By A 3-D Finite-Element Segmentation Method
Sfelp - An Efficient Methodology For Microwave Circuit Analysis
Cad Of Cylindrical Dielectric Resonator Filters By A 3-D Finite-Element Segmentation Method
Sfelp - An Efficient Methodology For Microwave Circuit Analysis
Modeling Of Facet Heating In High-Power Laser Diodes
Sfelp - An Efficient Methodology For Microwave Circuit Analysis
Modeling Of Facet Heating In High-Power Laser Diodes
Cad Of Cylindrical Dielectric Resonator Filters Using Sfelp (Segmentation/finite Elements/lanczos-Pade)
Modeling Of Facet Heating In High-Power Laser Diodes
Cad Of Cylindrical Dielectric Resonator Filters Using Sfelp (Segmentation/finite Elements/lanczos-Pade)
Application Of 3-D Fem/segmentation Method To Efficient Design Of Cylindrical Dielectric Resonator Filters
Cad Of Cylindrical Dielectric Resonator Filters Using Sfelp (Segmentation/finite Elements/lanczos-Pade)
Application Of 3-D Fem/segmentation Method To Efficient Design Of Cylindrical Dielectric Resonator Filters
Sfelp: A Hybrid 3d-Finite Elements/segmentation Method With Fast Frequency Sweep Based On The Sympvl Algorithm For The Analysis Of Passive Microwaves Circuits
Application Of 3-D Fem/segmentation Method To Efficient Design Of Cylindrical Dielectric Resonator Filters
Sfelp: A Hybrid 3d-Finite Elements/segmentation Method With Fast Frequency Sweep Based On The Sympvl Algorithm For The Analysis Of Passive Microwaves Circuits
Modeling Of Facet Heating In High Power Laser Diodes
Sfelp: A Hybrid 3d-Finite Elements/segmentation Method With Fast Frequency Sweep Based On The Sympvl Algorithm For The Analysis Of Passive Microwaves Circuits
Modeling Of Facet Heating In High Power Laser Diodes
Use Of Genetic Algorithms In The Design Of Semiconductor Superlattice Energy Filters
Modeling Of Facet Heating In High Power Laser Diodes
Use Of Genetic Algorithms In The Design Of Semiconductor Superlattice Energy Filters
Semiconductor Superlattices Used As Flat-Response Energy Filters
Use Of Genetic Algorithms In The Design Of Semiconductor Superlattice Energy Filters
Semiconductor Superlattices Used As Flat-Response Energy Filters
Performance Analysis Of Optical Prefiltering-Scm Systems By Accurate Spectral Techniques
Semiconductor Superlattices Used As Flat-Response Energy Filters
Performance Analysis Of Optical Prefiltering-Scm Systems By Accurate Spectral Techniques
Experimental Evidence Of Delocalized States In Random Dimer Superlattices
Performance Analysis Of Optical Prefiltering-Scm Systems By Accurate Spectral Techniques
Experimental Evidence Of Delocalized States In Random Dimer Superlattices
Analysis Of Passive Microwave Circuits By Using A Hybrid 2-D And 3-D Finite-Element Mode-Matching Method
Experimental Evidence Of Delocalized States In Random Dimer Superlattices
Analysis Of Passive Microwave Circuits By Using A Hybrid 2-D And 3-D Finite-Element Mode-Matching Method
A 3-D Fem Based Segmentation Method For The Full-Wave Analysis Of Passive Microwaves Circuits
Analysis Of Passive Microwave Circuits By Using A Hybrid 2-D And 3-D Finite-Element Mode-Matching Method
A 3-D Fem Based Segmentation Method For The Full-Wave Analysis Of Passive Microwaves Circuits
Fundamentos De Electrónica De Comunicaciones
A 3-D Fem Based Segmentation Method For The Full-Wave Analysis Of Passive Microwaves Circuits
Fundamentos De Electrónica De Comunicaciones
Analysis Of Passive Microwave Circuits By Using A Hybrid 2-D And 3-D Finite-Element Mode-Matching Method
Fundamentos De Electrónica De Comunicaciones
Analysis Of Passive Microwave Circuits By Using A Hybrid 2-D And 3-D Finite-Element Mode-Matching Method
Coherent Carrier Dynamics In Semiconductor Superlattices
Analysis Of Passive Microwave Circuits By Using A Hybrid 2-D And 3-D Finite-Element Mode-Matching Method
Coherent Carrier Dynamics In Semiconductor Superlattices
Rabi Oscillations In Semiconductor Superlattices
Coherent Carrier Dynamics In Semiconductor Superlattices
Rabi Oscillations In Semiconductor Superlattices
Estudio De Circuitos Pasivos De Microondas Mediante Segmentación, Utilizando Un Método Híbrido: Elementos Finitos 2-D Y 3-D/mode Matching
Rabi Oscillations In Semiconductor Superlattices
Estudio De Circuitos Pasivos De Microondas Mediante Segmentación, Utilizando Un Método Híbrido: Elementos Finitos 2-D Y 3-D/mode Matching
Lecciones De Electrónica De Comunicaciones
Estudio De Circuitos Pasivos De Microondas Mediante Segmentación, Utilizando Un Método Híbrido: Elementos Finitos 2-D Y 3-D/mode Matching
Lecciones De Electrónica De Comunicaciones
Bandstructure And Modal Gain Of Partially Interdiffused Ingaas/gaas/algaas Sqw Lasers
Lecciones De Electrónica De Comunicaciones
Bandstructure And Modal Gain Of Partially Interdiffused Ingaas/gaas/algaas Sqw Lasers
Theoretical Calculation Of Gain For Interdiffused Gaas/algaas Quantum Well Lasers
Bandstructure And Modal Gain Of Partially Interdiffused Ingaas/gaas/algaas Sqw Lasers
Theoretical Calculation Of Gain For Interdiffused Gaas/algaas Quantum Well Lasers
Análisis Y Diseño De Estructuras Para Láseres De Semiconductor Basados En Pozos Cuánticos
Theoretical Calculation Of Gain For Interdiffused Gaas/algaas Quantum Well Lasers
Análisis Y Diseño De Estructuras Para Láseres De Semiconductor Basados En Pozos Cuánticos
Análisis Y Diseño De Estructuras Para Láseres De Semiconductor Basados En Pozos Cuánticos
Análisis Y Diseño De Estructuras Para Láseres De Semiconductor Basados En Pozos Cuánticos
Análisis Y Diseño De Estructuras Para Láseres De Semiconductor Basados En Pozos Cuánticos
Effective-Mass Approaches For One-Dimensional Quantum Well Structures. Comparison With Multi-Band Results
Análisis Y Diseño De Estructuras Para Láseres De Semiconductor Basados En Pozos Cuánticos
Effective-Mass Approaches For One-Dimensional Quantum Well Structures. Comparison With Multi-Band Results
Valence Bandstructure Of Disordered Quantum Wells
Effective-Mass Approaches For One-Dimensional Quantum Well Structures. Comparison With Multi-Band Results
Valence Bandstructure Of Disordered Quantum Wells
Quantum Noise Analysis Of An Amplifying Tcrr Using A Continuous-Modes Formalism
Valence Bandstructure Of Disordered Quantum Wells
Quantum Noise Analysis Of An Amplifying Tcrr Using A Continuous-Modes Formalism
Modal Analysis Of Optical Waveguides Using Prony's Method And Bpm
Quantum Noise Analysis Of An Amplifying Tcrr Using A Continuous-Modes Formalism
Modal Analysis Of Optical Waveguides Using Prony's Method And Bpm
Efficient Full-Wave Analysis Of Lens Antennas With Arbitrary Feeder
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