PUBLICACIÓN

Collaborative Tasks Between Robots Based on the Digital Home Compliant Protocol over UPnP.

ACCEDER A LA PUBLICACIÓN: Dialnet

J.R. de la Pinta, Alfredo Álvarez García, José María Maestre Torreblanca, I. González Alonso

2013 Journal of Intelligent and Robotic Systems: Theory and Applications

Artificial Intelligence (Q3), Control and Systems Engineering (Q2), Electrical and Electronic Engineering (Q2), Industrial and Manufacturing Engineering (Q2), Mechanical Engineering (Q2), Software (Q2)

JCR: 0.81

SJR: 0.469

DOI

10.1007/s10846-012-9801-7

ISSN

0921-0296

AUTORES DE LA UEX

Alfredo Álvarez García

OTRAS PUBLICACIONES DE INTERÉS

Dual-Mode Circular Waveguide Filters Without Tuning Screws
Study Of Magnetic Shielding Of Ferromagnetic Cores, With Solenoidal Hts Tape Screens, For Sfcl Applications
Optimizing Al And Fe Load During Htc Of Water Hyacinth: Improvement Of Induced Hc Physicochemical Properties
Study Of Magnetic Shielding Of Ferromagnetic Cores, With Solenoidal Hts Tape Screens, For Sfcl Applications
Optimizing Al And Fe Load During Htc Of Water Hyacinth: Improvement Of Induced Hc Physicochemical Properties
Shielding Characteristics Of Solenoidal Superconducting Screens Made From Hts Tape, For Sfcl Applications
Optimizing Al And Fe Load During Htc Of Water Hyacinth: Improvement Of Induced Hc Physicochemical Properties
Shielding Characteristics Of Solenoidal Superconducting Screens Made From Hts Tape, For Sfcl Applications
Effects Of Noncharacteristic Harmonics On Ac Losses Of High-Temperature Superconducting Coils
Shielding Characteristics Of Solenoidal Superconducting Screens Made From Hts Tape, For Sfcl Applications
Effects Of Noncharacteristic Harmonics On Ac Losses Of High-Temperature Superconducting Coils
Theoretical And Experimental Studies Of Smes Configurations For Design Optimization
Effects Of Noncharacteristic Harmonics On Ac Losses Of High-Temperature Superconducting Coils
Theoretical And Experimental Studies Of Smes Configurations For Design Optimization
Evanescent Mode Filters Composed Of Dielectric Parts Built Using 3d-Printing Methods
Theoretical And Experimental Studies Of Smes Configurations For Design Optimization
Evanescent Mode Filters Composed Of Dielectric Parts Built Using 3d-Printing Methods
Narrowband And Wideband Bandpass Filters Based On Empty Substrate Integrated Waveguide Loaded With Dielectric Elements
Evanescent Mode Filters Composed Of Dielectric Parts Built Using 3d-Printing Methods
Narrowband And Wideband Bandpass Filters Based On Empty Substrate Integrated Waveguide Loaded With Dielectric Elements
Multimode Equivalent Networks For Shielded Microwave Circuits With Thick Metallizations
Narrowband And Wideband Bandpass Filters Based On Empty Substrate Integrated Waveguide Loaded With Dielectric Elements
Multimode Equivalent Networks For Shielded Microwave Circuits With Thick Metallizations
Design Of High-Performance Microstrip And Coplanar Low-Pass Filters Based On Electromagnetic Bandgap (Ebg) Structures
Multimode Equivalent Networks For Shielded Microwave Circuits With Thick Metallizations
Design Of High-Performance Microstrip And Coplanar Low-Pass Filters Based On Electromagnetic Bandgap (Ebg) Structures
Time-Modulated Patch Antennas With Nonreciprocal Polarization Handedness
Design Of High-Performance Microstrip And Coplanar Low-Pass Filters Based On Electromagnetic Bandgap (Ebg) Structures
Time-Modulated Patch Antennas With Nonreciprocal Polarization Handedness
Multimode Equivalent Network For Boxed Multilayer Arbitrary Planar Circuits
Time-Modulated Patch Antennas With Nonreciprocal Polarization Handedness
Multimode Equivalent Network For Boxed Multilayer Arbitrary Planar Circuits
Scalable Haloscopes For Axion Dark Matter Detection In The 30 Μev Range With Rades
Multimode Equivalent Network For Boxed Multilayer Arbitrary Planar Circuits
Scalable Haloscopes For Axion Dark Matter Detection In The 30 Μev Range With Rades
Nonreciprocal Antennas Based On Time-Modulation: Challenges And Opportunities
Scalable Haloscopes For Axion Dark Matter Detection In The 30 Μev Range With Rades
Nonreciprocal Antennas Based On Time-Modulation: Challenges And Opportunities
Design And Implementation Of Evanescent Mode Waveguide Filters Using Dielectrics And Additive Manufacturing Techniques
Nonreciprocal Antennas Based On Time-Modulation: Challenges And Opportunities
Design And Implementation Of Evanescent Mode Waveguide Filters Using Dielectrics And Additive Manufacturing Techniques
The 3 Cavity Prototypes Of Rades: An Axion Detector Using Microwave Filters At Cast
Design And Implementation Of Evanescent Mode Waveguide Filters Using Dielectrics And Additive Manufacturing Techniques
The 3 Cavity Prototypes Of Rades: An Axion Detector Using Microwave Filters At Cast
Design Of A Sfcl With An Inductive Stage In Series With A Resistive Stage Which Transits By Magnetic Field
The 3 Cavity Prototypes Of Rades: An Axion Detector Using Microwave Filters At Cast
Design Of A Sfcl With An Inductive Stage In Series With A Resistive Stage Which Transits By Magnetic Field
Analysis And Design Of Reflectarray Antennas Based On Delay Lines: A Filter Perspective
Design Of A Sfcl With An Inductive Stage In Series With A Resistive Stage Which Transits By Magnetic Field
Analysis And Design Of Reflectarray Antennas Based On Delay Lines: A Filter Perspective
Wideband Bandpass Filters Using A Novel Thick Metallization Technology
Analysis And Design Of Reflectarray Antennas Based On Delay Lines: A Filter Perspective
Wideband Bandpass Filters Using A Novel Thick Metallization Technology
On The Analysis Of Capacitive Rectangular Waveguide Discontinuities Close To Arbitrarily Shaped Conducting And Dielectric Posts
Wideband Bandpass Filters Using A Novel Thick Metallization Technology
On The Analysis Of Capacitive Rectangular Waveguide Discontinuities Close To Arbitrarily Shaped Conducting And Dielectric Posts
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
On The Analysis Of Capacitive Rectangular Waveguide Discontinuities Close To Arbitrarily Shaped Conducting And Dielectric Posts
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Museo Extremeño Para La Ciencia Y La Tecnología
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Museo Extremeño Para La Ciencia Y La Tecnología
Nonreciprocal Yagi-Uda Filtering Antennas
Museo Extremeño Para La Ciencia Y La Tecnología
Nonreciprocal Yagi-Uda Filtering Antennas
Coupling Matrix Representation Of Nonreciprocal Filters Based On Time-Modulated Resonators
Nonreciprocal Yagi-Uda Filtering Antennas
Coupling Matrix Representation Of Nonreciprocal Filters Based On Time-Modulated Resonators
Nonreciprocal Phased-Array Antennas
Coupling Matrix Representation Of Nonreciprocal Filters Based On Time-Modulated Resonators
Nonreciprocal Phased-Array Antennas
Flexible Uhf Rfid Tag For Blood Tubes Monitoring
Nonreciprocal Phased-Array Antennas
Flexible Uhf Rfid Tag For Blood Tubes Monitoring
A Ground Slotted Uhf Tag Antenna For Blood Bags Monitoring
Flexible Uhf Rfid Tag For Blood Tubes Monitoring
A Ground Slotted Uhf Tag Antenna For Blood Bags Monitoring
Electric Multimode Equivalent Network Technique For Multilayer Shielded Circuits Based On Arbitrary Rectangular Elements
A Ground Slotted Uhf Tag Antenna For Blood Bags Monitoring
Electric Multimode Equivalent Network Technique For Multilayer Shielded Circuits Based On Arbitrary Rectangular Elements
Integral Equation Analysis Of Multiport H-Plane Devices Containing Arbitrarily Shaped Metallic And/or Dielectric Posts By Using Two-Dimensional Cavity And Parallel Plate Green's Functions
Electric Multimode Equivalent Network Technique For Multilayer Shielded Circuits Based On Arbitrary Rectangular Elements
Integral Equation Analysis Of Multiport H-Plane Devices Containing Arbitrarily Shaped Metallic And/or Dielectric Posts By Using Two-Dimensional Cavity And Parallel Plate Green's Functions
Filter Design For Folded Canonical Topologies Based On Equivalent Circuit Segmentation
Integral Equation Analysis Of Multiport H-Plane Devices Containing Arbitrarily Shaped Metallic And/or Dielectric Posts By Using Two-Dimensional Cavity And Parallel Plate Green's Functions
Filter Design For Folded Canonical Topologies Based On Equivalent Circuit Segmentation
Novel Integral Equation Formulation For The Analysis Of Capacitive Step Discontinuities
Filter Design For Folded Canonical Topologies Based On Equivalent Circuit Segmentation
Novel Integral Equation Formulation For The Analysis Of Capacitive Step Discontinuities
A Non-Reciprocal Microstrip Bandpass Filter Based On Spatio-Temporal Modulation
Novel Integral Equation Formulation For The Analysis Of Capacitive Step Discontinuities
A Non-Reciprocal Microstrip Bandpass Filter Based On Spatio-Temporal Modulation
Isolating Bandpass Filters Using Time-Modulated Resonators
A Non-Reciprocal Microstrip Bandpass Filter Based On Spatio-Temporal Modulation
Isolating Bandpass Filters Using Time-Modulated Resonators
Nonreciprocal Wavefront Engineering With Time-Modulated Gradient Metasurfaces
Isolating Bandpass Filters Using Time-Modulated Resonators
Nonreciprocal Wavefront Engineering With Time-Modulated Gradient Metasurfaces
Design Of Wide Band-Pass Substrate Integrated Waveguide (Siw) Filters Based On Stepped Impedances
Nonreciprocal Wavefront Engineering With Time-Modulated Gradient Metasurfaces
Design Of Wide Band-Pass Substrate Integrated Waveguide (Siw) Filters Based On Stepped Impedances
Coated Superconducting Tape Model Based On The Distribution Of Currents Between The Tape Layers: Computing Implementation
Design Of Wide Band-Pass Substrate Integrated Waveguide (Siw) Filters Based On Stepped Impedances
Coated Superconducting Tape Model Based On The Distribution Of Currents Between The Tape Layers: Computing Implementation
Preliminary Design And Test Of Low-Resistance High Temperature Superconducting Short-Circuited Coils
Coated Superconducting Tape Model Based On The Distribution Of Currents Between The Tape Layers: Computing Implementation
Preliminary Design And Test Of Low-Resistance High Temperature Superconducting Short-Circuited Coils
A Design Methodology For The Optimization Of Three-Phase Sfcl Of Saturated Cores Type
Preliminary Design And Test Of Low-Resistance High Temperature Superconducting Short-Circuited Coils
A Design Methodology For The Optimization Of Three-Phase Sfcl Of Saturated Cores Type
Axion Searches With Microwave Filters: The Rades Project
A Design Methodology For The Optimization Of Three-Phase Sfcl Of Saturated Cores Type
Axion Searches With Microwave Filters: The Rades Project
Advanced Filter Design Technique Based On Equivalent Circuits And Coupling Matrix Segmentation
Axion Searches With Microwave Filters: The Rades Project
Advanced Filter Design Technique Based On Equivalent Circuits And Coupling Matrix Segmentation
Novel Spatial Domain Integral Equation Formulation For The Analysis Of Rectangular Waveguide Steps Close To Arbitrarily Shaped Dielectric And/or Conducting Posts
Advanced Filter Design Technique Based On Equivalent Circuits And Coupling Matrix Segmentation
Novel Spatial Domain Integral Equation Formulation For The Analysis Of Rectangular Waveguide Steps Close To Arbitrarily Shaped Dielectric And/or Conducting Posts
An Efficient Technique To Assess The Convergence Of The Multimode Equivalent Network For Waveguide Devices
Novel Spatial Domain Integral Equation Formulation For The Analysis Of Rectangular Waveguide Steps Close To Arbitrarily Shaped Dielectric And/or Conducting Posts
An Efficient Technique To Assess The Convergence Of The Multimode Equivalent Network For Waveguide Devices
Frequency Correction Design Technique For Additive Manufactured Cavity Filters
An Efficient Technique To Assess The Convergence Of The Multimode Equivalent Network For Waveguide Devices
Frequency Correction Design Technique For Additive Manufactured Cavity Filters
Study On Multipactor Breakdown In Coaxial To Microstrip Transitions
Frequency Correction Design Technique For Additive Manufactured Cavity Filters
Study On Multipactor Breakdown In Coaxial To Microstrip Transitions
Rigorous Multimode Equivalent Network Representation Of Multilayer Planar Circuits
Study On Multipactor Breakdown In Coaxial To Microstrip Transitions
Rigorous Multimode Equivalent Network Representation Of Multilayer Planar Circuits
Numerical And Experimental Analysis Of An Inductive-Type Fault Current Limiter Using Short-Circuited 2g Tape
Rigorous Multimode Equivalent Network Representation Of Multilayer Planar Circuits
Numerical And Experimental Analysis Of An Inductive-Type Fault Current Limiter Using Short-Circuited 2g Tape
Compact Bandstop Half-Mode Substrate Integrated Waveguide Filter Based On A Broadside-Coupled Open Split-Ring Resonator
Numerical And Experimental Analysis Of An Inductive-Type Fault Current Limiter Using Short-Circuited 2g Tape
Compact Bandstop Half-Mode Substrate Integrated Waveguide Filter Based On A Broadside-Coupled Open Split-Ring Resonator
Reconfigurable Coplanar Waveguide (Cpw) And Half-Mode Substrate Integrated Waveguide (Hmsiw) Band-Stop Filters Using A Varactor-Loaded Metamaterial-Inspired Open Resonator
Compact Bandstop Half-Mode Substrate Integrated Waveguide Filter Based On A Broadside-Coupled Open Split-Ring Resonator
Reconfigurable Coplanar Waveguide (Cpw) And Half-Mode Substrate Integrated Waveguide (Hmsiw) Band-Stop Filters Using A Varactor-Loaded Metamaterial-Inspired Open Resonator
Half Mode Substrate Integrated Waveguide (Hmsiw) Notch Filters Using Open Ring Resonators
Reconfigurable Coplanar Waveguide (Cpw) And Half-Mode Substrate Integrated Waveguide (Hmsiw) Band-Stop Filters Using A Varactor-Loaded Metamaterial-Inspired Open Resonator
Half Mode Substrate Integrated Waveguide (Hmsiw) Notch Filters Using Open Ring Resonators
Electronically Tunable Microstrip Bandstop Filters Using A Varactor-Loaded Open Ring Resonator (Vlorr)
Half Mode Substrate Integrated Waveguide (Hmsiw) Notch Filters Using Open Ring Resonators
Electronically Tunable Microstrip Bandstop Filters Using A Varactor-Loaded Open Ring Resonator (Vlorr)
Efficient Formulation Of Multimode Equivalent Networks For 2-D Waveguide Steps Through Kummer's Transformation
Electronically Tunable Microstrip Bandstop Filters Using A Varactor-Loaded Open Ring Resonator (Vlorr)
Efficient Formulation Of Multimode Equivalent Networks For 2-D Waveguide Steps Through Kummer's Transformation
An Approach For The Efficient Optimization-Oriented Design Of High-Order 3-D Filters
Efficient Formulation Of Multimode Equivalent Networks For 2-D Waveguide Steps Through Kummer's Transformation
An Approach For The Efficient Optimization-Oriented Design Of High-Order 3-D Filters
Opportunities In Phosphorene Plasmonic Metasurfaces
An Approach For The Efficient Optimization-Oriented Design Of High-Order 3-D Filters
Opportunities In Phosphorene Plasmonic Metasurfaces
Strong Light-Matter Interactions In Thin Black Phosphorus Films
Opportunities In Phosphorene Plasmonic Metasurfaces
Strong Light-Matter Interactions In Thin Black Phosphorus Films
Non-Reciprocal Leaky-Wave Antenna At Thz Based On Spatiotemporally Modulated Graphene
Strong Light-Matter Interactions In Thin Black Phosphorus Films
Non-Reciprocal Leaky-Wave Antenna At Thz Based On Spatiotemporally Modulated Graphene
Black Phosphorus Plasmonics: Anisotropic Elliptical Propagation And Nonlocality-Induced Canalization
Non-Reciprocal Leaky-Wave Antenna At Thz Based On Spatiotemporally Modulated Graphene
Black Phosphorus Plasmonics: Anisotropic Elliptical Propagation And Nonlocality-Induced Canalization
Integral Equation Analysis Of Capacitive Waveguide Circuits
Black Phosphorus Plasmonics: Anisotropic Elliptical Propagation And Nonlocality-Induced Canalization
Integral Equation Analysis Of Capacitive Waveguide Circuits
Green's Functions For 2d Periodic Structures And Applications To The Analysis Of Waveguide Components
Integral Equation Analysis Of Capacitive Waveguide Circuits
Green's Functions For 2d Periodic Structures And Applications To The Analysis Of Waveguide Components
Design Of Manifold Multiplexers In All-Inductive Dual-Mode Rectangular Waveguide Technology Using The Coupling Matrix Formalism
Green's Functions For 2d Periodic Structures And Applications To The Analysis Of Waveguide Components
Design Of Manifold Multiplexers In All-Inductive Dual-Mode Rectangular Waveguide Technology Using The Coupling Matrix Formalism
Non-Reciprocal Thz Components Based On Spatiotemporally Modulated Graphene
Design Of Manifold Multiplexers In All-Inductive Dual-Mode Rectangular Waveguide Technology Using The Coupling Matrix Formalism
Non-Reciprocal Thz Components Based On Spatiotemporally Modulated Graphene
Characterization Of Dielectric Materials With A Modified Direct Algorithm
Non-Reciprocal Thz Components Based On Spatiotemporally Modulated Graphene
Characterization Of Dielectric Materials With A Modified Direct Algorithm
Analysis Of Electromagnetic Forces In Superconducting Fault-Current Limiters Under Short-Circuit Condition
Characterization Of Dielectric Materials With A Modified Direct Algorithm
Analysis Of Electromagnetic Forces In Superconducting Fault-Current Limiters Under Short-Circuit Condition
Synthesis And Design Of Suspended Substrate Stripline Filters For Digital Microwave Power Amplifiers
Analysis Of Electromagnetic Forces In Superconducting Fault-Current Limiters Under Short-Circuit Condition
Synthesis And Design Of Suspended Substrate Stripline Filters For Digital Microwave Power Amplifiers
Nonreciprocal Graphene Devices And Antennas Based On Spatiotemporal Modulation
Synthesis And Design Of Suspended Substrate Stripline Filters For Digital Microwave Power Amplifiers
Nonreciprocal Graphene Devices And Antennas Based On Spatiotemporal Modulation
Design Of A Triband Lumped Element Filter For Digital Microwave Power Amplifiers
Nonreciprocal Graphene Devices And Antennas Based On Spatiotemporal Modulation
Design Of A Triband Lumped Element Filter For Digital Microwave Power Amplifiers
Enhancing The Spurious Free Range In Inductive Rectangular Waveguide Filters
Design Of A Triband Lumped Element Filter For Digital Microwave Power Amplifiers
Enhancing The Spurious Free Range In Inductive Rectangular Waveguide Filters
Modified Split-Ring Resonator For Microstrip Dual-Band Notch Filter
Enhancing The Spurious Free Range In Inductive Rectangular Waveguide Filters
Modified Split-Ring Resonator For Microstrip Dual-Band Notch Filter
Integral-Equation Formulation For The Analysis Of Capacitive Waveguide Filters Containing Dielectric And Metallic Arbitrarily Shaped Objects And Novel Applications
Modified Split-Ring Resonator For Microstrip Dual-Band Notch Filter
Integral-Equation Formulation For The Analysis Of Capacitive Waveguide Filters Containing Dielectric And Metallic Arbitrarily Shaped Objects And Novel Applications
Electrically And Magnetically Biased Graphene-Based Cylindrical Waveguides: Analysis And Applications As Reconfigurable Antennas
Integral-Equation Formulation For The Analysis Of Capacitive Waveguide Filters Containing Dielectric And Metallic Arbitrarily Shaped Objects And Novel Applications
Electrically And Magnetically Biased Graphene-Based Cylindrical Waveguides: Analysis And Applications As Reconfigurable Antennas
Surface Plasmon Modes In Self-Biased Coupled Graphene-Coated Wires
Electrically And Magnetically Biased Graphene-Based Cylindrical Waveguides: Analysis And Applications As Reconfigurable Antennas
Surface Plasmon Modes In Self-Biased Coupled Graphene-Coated Wires
Plasmonic Devices And Spatial Dispersion Effects In Graphene Technology For Terahertz Applications
Surface Plasmon Modes In Self-Biased Coupled Graphene-Coated Wires
Plasmonic Devices And Spatial Dispersion Effects In Graphene Technology For Terahertz Applications
Advanced Lumped-Element Filters For Digital Microwave Power Amplifiers
Plasmonic Devices And Spatial Dispersion Effects In Graphene Technology For Terahertz Applications
Advanced Lumped-Element Filters For Digital Microwave Power Amplifiers
Efficient Optimization-Oriented Design Methodology Of High-Order 3-D Filters Using 2-D And 3-D Electromagnetic Simulators
Advanced Lumped-Element Filters For Digital Microwave Power Amplifiers
Efficient Optimization-Oriented Design Methodology Of High-Order 3-D Filters Using 2-D And 3-D Electromagnetic Simulators
Study Of An Axial Flux Disc Motor With Superconductor Rotor
Efficient Optimization-Oriented Design Methodology Of High-Order 3-D Filters Using 2-D And 3-D Electromagnetic Simulators
Study Of An Axial Flux Disc Motor With Superconductor Rotor
Validation And Application Of Sand Pile Modeling Of Multiseeded Hts Bulk Superconductors
Study Of An Axial Flux Disc Motor With Superconductor Rotor
Validation And Application Of Sand Pile Modeling Of Multiseeded Hts Bulk Superconductors
Device For Measuring The Thermal Cycling Degradation In 2g Tapes For Electrical Power Applications
Validation And Application Of Sand Pile Modeling Of Multiseeded Hts Bulk Superconductors
Device For Measuring The Thermal Cycling Degradation In 2g Tapes For Electrical Power Applications
A Methodology For Modeling And Simulation Of Saturated Cores Fault Current Limiters
Device For Measuring The Thermal Cycling Degradation In 2g Tapes For Electrical Power Applications
A Methodology For Modeling And Simulation Of Saturated Cores Fault Current Limiters
Substrate Integrated Waveguide (Siw) With Koch Fractal Electromagnetic Bandgap Structures (Kfebg) For Bandpass Filter Design
A Methodology For Modeling And Simulation Of Saturated Cores Fault Current Limiters
Substrate Integrated Waveguide (Siw) With Koch Fractal Electromagnetic Bandgap Structures (Kfebg) For Bandpass Filter Design
Experimental Magnetic Field Mapping Of A Polycrystalline Superconducting Ybco Disc For An Axial Flux Motor
Substrate Integrated Waveguide (Siw) With Koch Fractal Electromagnetic Bandgap Structures (Kfebg) For Bandpass Filter Design
Experimental Magnetic Field Mapping Of A Polycrystalline Superconducting Ybco Disc For An Axial Flux Motor
Disc Motor With Rotor Made Of Aluminium Or Polycrystalline High Temperature Superconductor
Experimental Magnetic Field Mapping Of A Polycrystalline Superconducting Ybco Disc For An Axial Flux Motor
Disc Motor With Rotor Made Of Aluminium Or Polycrystalline High Temperature Superconductor
Development Of A Simulink Model Of A Saturated Cores Superconducting Fault Current Limiter
Disc Motor With Rotor Made Of Aluminium Or Polycrystalline High Temperature Superconductor
Development Of A Simulink Model Of A Saturated Cores Superconducting Fault Current Limiter
Enhanced Topologies For The Design Of Dual-Mode Filters Using Inductive Waveguide Structures
Development Of A Simulink Model Of A Saturated Cores Superconducting Fault Current Limiter
Enhanced Topologies For The Design Of Dual-Mode Filters Using Inductive Waveguide Structures
Analysis And Design Of Controllable Leaky-Wave Antennas Inspired By Prof. Arthur Oliner A Tribute To Prof. Oliner
Enhanced Topologies For The Design Of Dual-Mode Filters Using Inductive Waveguide Structures
Analysis And Design Of Controllable Leaky-Wave Antennas Inspired By Prof. Arthur Oliner A Tribute To Prof. Oliner
Synthesis And Design Of A Dual-Band Dual-Mode Filter In All Inductive Waveguide Technology
Analysis And Design Of Controllable Leaky-Wave Antennas Inspired By Prof. Arthur Oliner A Tribute To Prof. Oliner
Synthesis And Design Of A Dual-Band Dual-Mode Filter In All Inductive Waveguide Technology
Advanced Lumped-Element Trisection Filter For Digital Microwave Power Amplifiers
Synthesis And Design Of A Dual-Band Dual-Mode Filter In All Inductive Waveguide Technology
Advanced Lumped-Element Trisection Filter For Digital Microwave Power Amplifiers
Complex Waveguide Filter Topologies Employing Inductive Windows And Dielectric Objects
Advanced Lumped-Element Trisection Filter For Digital Microwave Power Amplifiers
Complex Waveguide Filter Topologies Employing Inductive Windows And Dielectric Objects
Graphene-Based Plasmonic Tunable Low-Pass Filters In The Terahertz Band
Complex Waveguide Filter Topologies Employing Inductive Windows And Dielectric Objects
Graphene-Based Plasmonic Tunable Low-Pass Filters In The Terahertz Band
Utd-Po Radiation Pattern Analysis Of Rectangular Horn Antennas With Cylindrical Corrugations
Graphene-Based Plasmonic Tunable Low-Pass Filters In The Terahertz Band
Utd-Po Radiation Pattern Analysis Of Rectangular Horn Antennas With Cylindrical Corrugations
Surface Plasmons In Graphene Cylindrical Waveguides
Utd-Po Radiation Pattern Analysis Of Rectangular Horn Antennas With Cylindrical Corrugations
Surface Plasmons In Graphene Cylindrical Waveguides
Efficient Application Of Hybrid Parallelism In Electromagnetism Problems
Surface Plasmons In Graphene Cylindrical Waveguides
Efficient Application Of Hybrid Parallelism In Electromagnetism Problems
A Novel Low-Pass Filter Based On Rounded Posts Designed By An Alternative Full-Wave Analysis Technique
Efficient Application Of Hybrid Parallelism In Electromagnetism Problems
A Novel Low-Pass Filter Based On Rounded Posts Designed By An Alternative Full-Wave Analysis Technique
Microfluidic Beamscanning Optical Leaky-Wave Antenna Concept
A Novel Low-Pass Filter Based On Rounded Posts Designed By An Alternative Full-Wave Analysis Technique
Microfluidic Beamscanning Optical Leaky-Wave Antenna Concept
Study Of Spatial Dispersion In Graphene Parallel-Plate Waveguides And Equivalent Circuit
Microfluidic Beamscanning Optical Leaky-Wave Antenna Concept
Study Of Spatial Dispersion In Graphene Parallel-Plate Waveguides And Equivalent Circuit
A Tapered Crlh Mushroom-Like Leaky Wave Antenna With Reduced Sidelobe Level
Study Of Spatial Dispersion In Graphene Parallel-Plate Waveguides And Equivalent Circuit
A Tapered Crlh Mushroom-Like Leaky Wave Antenna With Reduced Sidelobe Level
Wireless Corner: Rfid-Based Traceability Along The Food-Production Chain
A Tapered Crlh Mushroom-Like Leaky Wave Antenna With Reduced Sidelobe Level
Wireless Corner: Rfid-Based Traceability Along The Food-Production Chain
On The Influence Of Spatial Dispersion On The Performance Of Graphene-Based Plasmonic Devices
Wireless Corner: Rfid-Based Traceability Along The Food-Production Chain
On The Influence Of Spatial Dispersion On The Performance Of Graphene-Based Plasmonic Devices
Advanced Traceability System In Aquaculture Supply Chain
On The Influence Of Spatial Dispersion On The Performance Of Graphene-Based Plasmonic Devices
Advanced Traceability System In Aquaculture Supply Chain
Collaborative Tasks Between Robots Based On The Digital Home Compliant Protocol Over Upnp.
Advanced Traceability System In Aquaculture Supply Chain
Collaborative Tasks Between Robots Based On The Digital Home Compliant Protocol Over Upnp.
Substrate Integrated Waveguide Leaky-Wave Antenna With Reduced Beam Squint
Collaborative Tasks Between Robots Based On The Digital Home Compliant Protocol Over Upnp.
Substrate Integrated Waveguide Leaky-Wave Antenna With Reduced Beam Squint
Analysis And Compensation Of Magnetic Anomalies On Vesseĺs Flight Decks
Substrate Integrated Waveguide Leaky-Wave Antenna With Reduced Beam Squint
Analysis And Compensation Of Magnetic Anomalies On Vesseĺs Flight Decks
On The Development And Optimization Of Hybrid Parallel Codes For Integral Equation Formulations
Analysis And Compensation Of Magnetic Anomalies On Vesseĺs Flight Decks
On The Development And Optimization Of Hybrid Parallel Codes For Integral Equation Formulations
Rigorous Derivation Of Lossy Equivalent Circuit For Narrowband Waveguide Direct-Coupled-Cavity Filters
On The Development And Optimization Of Hybrid Parallel Codes For Integral Equation Formulations
Rigorous Derivation Of Lossy Equivalent Circuit For Narrowband Waveguide Direct-Coupled-Cavity Filters
Spatially Dispersive Graphene Single And Parallel Plate Waveguides: Analysis And Circuit Model
Rigorous Derivation Of Lossy Equivalent Circuit For Narrowband Waveguide Direct-Coupled-Cavity Filters
Spatially Dispersive Graphene Single And Parallel Plate Waveguides: Analysis And Circuit Model
Improvement Of Traceability Processes In The Farmed Fish Supply Chain
Spatially Dispersive Graphene Single And Parallel Plate Waveguides: Analysis And Circuit Model
Improvement Of Traceability Processes In The Farmed Fish Supply Chain
Microstrip Notch Filters Based On Open Interconnected Split Ring Resonators (Oisrrs)
Improvement Of Traceability Processes In The Farmed Fish Supply Chain
Microstrip Notch Filters Based On Open Interconnected Split Ring Resonators (Oisrrs)
Hybrid Metaheuristics For The Design Of Coupled Resonator Filters
Microstrip Notch Filters Based On Open Interconnected Split Ring Resonators (Oisrrs)
Hybrid Metaheuristics For The Design Of Coupled Resonator Filters
Comments On 'on The Relation Between Stored Energy And Fabrication Tolerances In Microwave Filters'
Hybrid Metaheuristics For The Design Of Coupled Resonator Filters
Comments On 'on The Relation Between Stored Energy And Fabrication Tolerances In Microwave Filters'
Sand Pile Modeling Of Multiseeded Hts Bulk Superconductors: Current Densities Identification By Genetic Algorithms
Comments On 'on The Relation Between Stored Energy And Fabrication Tolerances In Microwave Filters'
Sand Pile Modeling Of Multiseeded Hts Bulk Superconductors: Current Densities Identification By Genetic Algorithms
A Fast Algorithm For Initial Design Of Hts Coils For Smes Applications
Sand Pile Modeling Of Multiseeded Hts Bulk Superconductors: Current Densities Identification By Genetic Algorithms
A Fast Algorithm For Initial Design Of Hts Coils For Smes Applications
Hybrid-Parallel Algorithms For 2d Green's Functions
A Fast Algorithm For Initial Design Of Hts Coils For Smes Applications
Hybrid-Parallel Algorithms For 2d Green's Functions
Radiation Efficiency Issues In Planar Antennas On Electrically Thick Substrates And Solutions
Hybrid-Parallel Algorithms For 2d Green's Functions
Radiation Efficiency Issues In Planar Antennas On Electrically Thick Substrates And Solutions
Alternative And Robust Technique For The Calculation Of Dispersion Relations In Grounded Layered Media
Radiation Efficiency Issues In Planar Antennas On Electrically Thick Substrates And Solutions
Alternative And Robust Technique For The Calculation Of Dispersion Relations In Grounded Layered Media
On The Relation Between Stored Energy And Fabrication Tolerances In Microwave Filters
Alternative And Robust Technique For The Calculation Of Dispersion Relations In Grounded Layered Media
On The Relation Between Stored Energy And Fabrication Tolerances In Microwave Filters
Multimodal Characterization Of The Multipactor Effect In Microwave Waveguide Components
On The Relation Between Stored Energy And Fabrication Tolerances In Microwave Filters
Multimodal Characterization Of The Multipactor Effect In Microwave Waveguide Components
Lumped Parameters Equivalent Circuit Of A Superconducting Hysteresis Motor
Multimodal Characterization Of The Multipactor Effect In Microwave Waveguide Components
Lumped Parameters Equivalent Circuit Of A Superconducting Hysteresis Motor
Formal Expression Of Sensitivity And Energy Relationship In The Context Of The Coupling Matrix
Lumped Parameters Equivalent Circuit Of A Superconducting Hysteresis Motor
Formal Expression Of Sensitivity And Energy Relationship In The Context Of The Coupling Matrix
Parallelizing The Computation Of Green Functions For Computational Electromagnetism Problems
Formal Expression Of Sensitivity And Energy Relationship In The Context Of The Coupling Matrix
Parallelizing The Computation Of Green Functions For Computational Electromagnetism Problems
Evaluation Of Time Domain Electromagnetic Fields Radiated By Constant Velocity Moving Particles Traveling Along An Arbitrarily Shaped Cross-Section Waveguide Using Frequency Domain Green's Functions
Parallelizing The Computation Of Green Functions For Computational Electromagnetism Problems
Evaluation Of Time Domain Electromagnetic Fields Radiated By Constant Velocity Moving Particles Traveling Along An Arbitrarily Shaped Cross-Section Waveguide Using Frequency Domain Green's Functions
E-Plane Radiation Pattern Analysis Of Rectangular Horn Antennas With V-Shaped Corrugations By Utd-Po Formulation
Evaluation Of Time Domain Electromagnetic Fields Radiated By Constant Velocity Moving Particles Traveling Along An Arbitrarily Shaped Cross-Section Waveguide Using Frequency Domain Green's Functions
E-Plane Radiation Pattern Analysis Of Rectangular Horn Antennas With V-Shaped Corrugations By Utd-Po Formulation
Analysis Of The Radiation Characteristics Of Crlh Lwas Around Broadside
E-Plane Radiation Pattern Analysis Of Rectangular Horn Antennas With V-Shaped Corrugations By Utd-Po Formulation
Analysis Of The Radiation Characteristics Of Crlh Lwas Around Broadside
Prediction Of Fabrication Yield From Low-Pass Prototype In A Butterworth Direct-Coupled Cavity Filter
Analysis Of The Radiation Characteristics Of Crlh Lwas Around Broadside
Prediction Of Fabrication Yield From Low-Pass Prototype In A Butterworth Direct-Coupled Cavity Filter
Optimization Tool Between 2-D And 3-D Em Simulators: Application To The Design Of Dielectric Loaded Filters
Prediction Of Fabrication Yield From Low-Pass Prototype In A Butterworth Direct-Coupled Cavity Filter
Optimization Tool Between 2-D And 3-D Em Simulators: Application To The Design Of Dielectric Loaded Filters
Towards Rfid Traceability Systems Of Farmed Fish Supply Chain
Optimization Tool Between 2-D And 3-D Em Simulators: Application To The Design Of Dielectric Loaded Filters
Towards Rfid Traceability Systems Of Farmed Fish Supply Chain
Analysis Of The Radiation Efficiency Of A Horizontal Electric Dipole On A Grounded Dielectric Slab
Towards Rfid Traceability Systems Of Farmed Fish Supply Chain
Analysis Of The Radiation Efficiency Of A Horizontal Electric Dipole On A Grounded Dielectric Slab
Radiation Efficiency Enhancement Of A Horizontal Dipole On An Electrically Thick Substrate By A Pmc Ground Plane
Analysis Of The Radiation Efficiency Of A Horizontal Electric Dipole On A Grounded Dielectric Slab
Radiation Efficiency Enhancement Of A Horizontal Dipole On An Electrically Thick Substrate By A Pmc Ground Plane
Novel Integral Equation Formulation For The Analysis Of Capacitive Waveguide Filters Containing Dielectric Objects
Radiation Efficiency Enhancement Of A Horizontal Dipole On An Electrically Thick Substrate By A Pmc Ground Plane
Novel Integral Equation Formulation For The Analysis Of Capacitive Waveguide Filters Containing Dielectric Objects
Transverse Resonance Analysis Of A Planar Leaky Wave Antenna With Flexible Control Of The Complex Propagation Constant
Novel Integral Equation Formulation For The Analysis Of Capacitive Waveguide Filters Containing Dielectric Objects
Transverse Resonance Analysis Of A Planar Leaky Wave Antenna With Flexible Control Of The Complex Propagation Constant
Interactive Lab To Learn Radio Astronomy, Microwave & Antenna Engineering At The Technical University Of Cartagena (Spain)
Transverse Resonance Analysis Of A Planar Leaky Wave Antenna With Flexible Control Of The Complex Propagation Constant
Interactive Lab To Learn Radio Astronomy, Microwave & Antenna Engineering At The Technical University Of Cartagena (Spain)
Systematic Algorithm For The Design Of Hybrid Waveguide-Microstrip Transversal Microwave Filters
Interactive Lab To Learn Radio Astronomy, Microwave & Antenna Engineering At The Technical University Of Cartagena (Spain)
Systematic Algorithm For The Design Of Hybrid Waveguide-Microstrip Transversal Microwave Filters
Radiation Characteristics Of Mushroom-Like Ppw Lwas: Analysis And Experimental Verification
Systematic Algorithm For The Design Of Hybrid Waveguide-Microstrip Transversal Microwave Filters
Radiation Characteristics Of Mushroom-Like Ppw Lwas: Analysis And Experimental Verification
Experimental Characterization Of A Conventional (Aluminum) And Of A Superconducting (Ybco) Axial Flux Disc Motor
Radiation Characteristics Of Mushroom-Like Ppw Lwas: Analysis And Experimental Verification
Experimental Characterization Of A Conventional (Aluminum) And Of A Superconducting (Ybco) Axial Flux Disc Motor
Loss And Transition Studies Of Shunted Free-Stabilized Ybco Tape For Sfcl Applications
Experimental Characterization Of A Conventional (Aluminum) And Of A Superconducting (Ybco) Axial Flux Disc Motor
Loss And Transition Studies Of Shunted Free-Stabilized Ybco Tape For Sfcl Applications
Research And Development Of Alternative Concepts In Hts Machines
Loss And Transition Studies Of Shunted Free-Stabilized Ybco Tape For Sfcl Applications
Research And Development Of Alternative Concepts In Hts Machines
An Efficient Integral Equation Technique For The Analysis Of Arbitrarily Shaped Capacitive Waveguide Circuits
Research And Development Of Alternative Concepts In Hts Machines
An Efficient Integral Equation Technique For The Analysis Of Arbitrarily Shaped Capacitive Waveguide Circuits
A Simple Crlh Lwa Circuit Condition For Constant Radiation Rate
An Efficient Integral Equation Technique For The Analysis Of Arbitrarily Shaped Capacitive Waveguide Circuits
A Simple Crlh Lwa Circuit Condition For Constant Radiation Rate
A Modal-Based Iterative Circuit Model For The Analysis Of Crlh Leaky-Wave Antennas Comprising Periodically Loaded Ppw
A Simple Crlh Lwa Circuit Condition For Constant Radiation Rate
A Modal-Based Iterative Circuit Model For The Analysis Of Crlh Leaky-Wave Antennas Comprising Periodically Loaded Ppw
Axial Disc Motor Experimental Analysis Based In Steinmetz Parameters
A Modal-Based Iterative Circuit Model For The Analysis Of Crlh Leaky-Wave Antennas Comprising Periodically Loaded Ppw
Axial Disc Motor Experimental Analysis Based In Steinmetz Parameters
Numerical Design Methodology For An All Superconducting Linear Synchronous Motor
Axial Disc Motor Experimental Analysis Based In Steinmetz Parameters
Numerical Design Methodology For An All Superconducting Linear Synchronous Motor
A Grounded Mom-Based Spatial Green's Function Technique For The Analysis Of Multilayered Circuits In Rectangular Shielded Enclosures
Numerical Design Methodology For An All Superconducting Linear Synchronous Motor
A Grounded Mom-Based Spatial Green's Function Technique For The Analysis Of Multilayered Circuits In Rectangular Shielded Enclosures
Novel Implementations For Microstrip Resonator Filters In Transversal And Alternative Topologies
A Grounded Mom-Based Spatial Green's Function Technique For The Analysis Of Multilayered Circuits In Rectangular Shielded Enclosures
Novel Implementations For Microstrip Resonator Filters In Transversal And Alternative Topologies
Broadband And Low-Beam Squint Leaky Wave Radiation From A Uniaxially Anisotropic Grounded Slab
Novel Implementations For Microstrip Resonator Filters In Transversal And Alternative Topologies
Broadband And Low-Beam Squint Leaky Wave Radiation From A Uniaxially Anisotropic Grounded Slab
Frequency Steerable Two Dimensional Focusing Using Rectilinear Leaky-Wave Lenses
Broadband And Low-Beam Squint Leaky Wave Radiation From A Uniaxially Anisotropic Grounded Slab
Frequency Steerable Two Dimensional Focusing Using Rectilinear Leaky-Wave Lenses
Optimization-Oriented Design Of Rf/microwave Circuits Using Inverse-Linear-Input Neuro-Fuzzy-Output Space Mapping With Two Different Dimensionality Simulators
Frequency Steerable Two Dimensional Focusing Using Rectilinear Leaky-Wave Lenses
Optimization-Oriented Design Of Rf/microwave Circuits Using Inverse-Linear-Input Neuro-Fuzzy-Output Space Mapping With Two Different Dimensionality Simulators
An Iteratively Refined Circuital Model Of Crlh Leaky-Wave Antennas Derived From The Mushroom Structure
Optimization-Oriented Design Of Rf/microwave Circuits Using Inverse-Linear-Input Neuro-Fuzzy-Output Space Mapping With Two Different Dimensionality Simulators
An Iteratively Refined Circuital Model Of Crlh Leaky-Wave Antennas Derived From The Mushroom Structure
An Efficient Multilayered Shielded Microwave Circuit Analysis Method Based On Neural Networks
An Iteratively Refined Circuital Model Of Crlh Leaky-Wave Antennas Derived From The Mushroom Structure
An Efficient Multilayered Shielded Microwave Circuit Analysis Method Based On Neural Networks
Use Of Ground Planes Within The Spatial Images Technique: Application To The Analysis Of Rectangular Multilayered Shielded Enclosures
An Efficient Multilayered Shielded Microwave Circuit Analysis Method Based On Neural Networks
Use Of Ground Planes Within The Spatial Images Technique: Application To The Analysis Of Rectangular Multilayered Shielded Enclosures
Analysis Of The Electromagnetic Radiation Generated By A Multipactor Discharge Occurring Within A Microwave Passive Component
Use Of Ground Planes Within The Spatial Images Technique: Application To The Analysis Of Rectangular Multilayered Shielded Enclosures
Analysis Of The Electromagnetic Radiation Generated By A Multipactor Discharge Occurring Within A Microwave Passive Component
Efficient Time-Domain Analysis Of Highly Dispersive Linear And Non-Linear Metamaterial Waveguide And Antenna Structures Operated In The Impulse-Regime
Analysis Of The Electromagnetic Radiation Generated By A Multipactor Discharge Occurring Within A Microwave Passive Component
Efficient Time-Domain Analysis Of Highly Dispersive Linear And Non-Linear Metamaterial Waveguide And Antenna Structures Operated In The Impulse-Regime
An Experimental Study Of The Ferromagnetic Loss In 2g Ybco Tapes
Efficient Time-Domain Analysis Of Highly Dispersive Linear And Non-Linear Metamaterial Waveguide And Antenna Structures Operated In The Impulse-Regime
An Experimental Study Of The Ferromagnetic Loss In 2g Ybco Tapes
Development Of A Small Radio Telescope At The Technical University Of Cartagena: A Duty With Our Students And Society
An Experimental Study Of The Ferromagnetic Loss In 2g Ybco Tapes
Development Of A Small Radio Telescope At The Technical University Of Cartagena: A Duty With Our Students And Society
Novel Implementation Of Transversal Filters In Multilayered Microstrip Technology
Development Of A Small Radio Telescope At The Technical University Of Cartagena: A Duty With Our Students And Society
Novel Implementation Of Transversal Filters In Multilayered Microstrip Technology
Analytical Evaluation Of The Static Mom Terms For Volume And Surface Rectangular Domains
Novel Implementation Of Transversal Filters In Multilayered Microstrip Technology
Analytical Evaluation Of The Static Mom Terms For Volume And Surface Rectangular Domains
Study Of Ac Losses In Superconducting Electrical Components For Electrical System Design
Analytical Evaluation Of The Static Mom Terms For Volume And Surface Rectangular Domains
Study Of Ac Losses In Superconducting Electrical Components For Electrical System Design
Reverse Engineering Of Inductive Fault Current Limiters
Study Of Ac Losses In Superconducting Electrical Components For Electrical System Design
Reverse Engineering Of Inductive Fault Current Limiters
Bandwidth Enhancement And Beam Squint Reduction Of Leaky Modes In A Uniaxially Anisotropic Meta-Substrate
Reverse Engineering Of Inductive Fault Current Limiters
Bandwidth Enhancement And Beam Squint Reduction Of Leaky Modes In A Uniaxially Anisotropic Meta-Substrate
Spectral Transmission Line Analysis Of A Composite Rightspectral Transmission Line Analysis Of A Composite Right/left-Handed Uniaxially Anisotropic Meta-Substrate
Bandwidth Enhancement And Beam Squint Reduction Of Leaky Modes In A Uniaxially Anisotropic Meta-Substrate
Spectral Transmission Line Analysis Of A Composite Rightspectral Transmission Line Analysis Of A Composite Right/left-Handed Uniaxially Anisotropic Meta-Substrate
A Modified Pole-Zero Technique For The Synthesis Of Waveguide Leaky-Wave Antennas Loaded With Dipole-Based Fss
Spectral Transmission Line Analysis Of A Composite Rightspectral Transmission Line Analysis Of A Composite Right/left-Handed Uniaxially Anisotropic Meta-Substrate
A Modified Pole-Zero Technique For The Synthesis Of Waveguide Leaky-Wave Antennas Loaded With Dipole-Based Fss
High Temperature Superconducting Fault Current Limiters As Enabling Technology In Electrical Grids With Increased Distributed Generation Penetration
A Modified Pole-Zero Technique For The Synthesis Of Waveguide Leaky-Wave Antennas Loaded With Dipole-Based Fss
High Temperature Superconducting Fault Current Limiters As Enabling Technology In Electrical Grids With Increased Distributed Generation Penetration
Disc Motor: Conventional And Superconductor Simulated Results Analysis
High Temperature Superconducting Fault Current Limiters As Enabling Technology In Electrical Grids With Increased Distributed Generation Penetration
Disc Motor: Conventional And Superconductor Simulated Results Analysis
Investigation Of The Relationship Between Sensitivity And Stored Energy
Disc Motor: Conventional And Superconductor Simulated Results Analysis
Investigation Of The Relationship Between Sensitivity And Stored Energy
An Efficient Integral Equation Technique For The Analysis Of Arbitrarily Shaped Capacitive Waveguide Circuits
Investigation Of The Relationship Between Sensitivity And Stored Energy
An Efficient Integral Equation Technique For The Analysis Of Arbitrarily Shaped Capacitive Waveguide Circuits
Anisotropic Meta-Substrate Conical-Beam Leaky-Wave Antenna
An Efficient Integral Equation Technique For The Analysis Of Arbitrarily Shaped Capacitive Waveguide Circuits
Anisotropic Meta-Substrate Conical-Beam Leaky-Wave Antenna
Broad Band Analysis Of Arbitrarily Shaped Microwave Filters Using A Novel Singular Value Decomposition Technique
Anisotropic Meta-Substrate Conical-Beam Leaky-Wave Antenna
Broad Band Analysis Of Arbitrarily Shaped Microwave Filters Using A Novel Singular Value Decomposition Technique
Control Of The Radiation Properties Of A Fss Loaded Leaky-Wave Antenna
Broad Band Analysis Of Arbitrarily Shaped Microwave Filters Using A Novel Singular Value Decomposition Technique
Control Of The Radiation Properties Of A Fss Loaded Leaky-Wave Antenna
Analysis Of The Radiation Properties Of A Point Source On A Uniaxially Anisotropic Meta-Substrate And The Application To A High-Efficiency Antenna
Control Of The Radiation Properties Of A Fss Loaded Leaky-Wave Antenna
Analysis Of The Radiation Properties Of A Point Source On A Uniaxially Anisotropic Meta-Substrate And The Application To A High-Efficiency Antenna
Rigorous Investigation Of Rf Breakdown Effects In High Power Microstrip Passive Circuits
Analysis Of The Radiation Properties Of A Point Source On A Uniaxially Anisotropic Meta-Substrate And The Application To A High-Efficiency Antenna
Rigorous Investigation Of Rf Breakdown Effects In High Power Microstrip Passive Circuits
Impulse Regime Crlh Resonator For Tunable Pulse Rate Multiplication
Rigorous Investigation Of Rf Breakdown Effects In High Power Microstrip Passive Circuits
Impulse Regime Crlh Resonator For Tunable Pulse Rate Multiplication
Novel Implementations For Microstrip Resonator Filters In Transversal Topology
Impulse Regime Crlh Resonator For Tunable Pulse Rate Multiplication
Novel Implementations For Microstrip Resonator Filters In Transversal Topology
Single Part Microwave Filters Made From Selective Laser Melting
Novel Implementations For Microstrip Resonator Filters In Transversal Topology
Single Part Microwave Filters Made From Selective Laser Melting
Numerical Analysis Of Impulse Regime Phenomena In Linear And Non-Linear Metamaterial Transmission Lines
Single Part Microwave Filters Made From Selective Laser Melting
Numerical Analysis Of Impulse Regime Phenomena In Linear And Non-Linear Metamaterial Transmission Lines
Investigation On The Phenomenology Of Impulse-Regime Metamaterial Transmission Lines
Numerical Analysis Of Impulse Regime Phenomena In Linear And Non-Linear Metamaterial Transmission Lines
Investigation On The Phenomenology Of Impulse-Regime Metamaterial Transmission Lines
Leaky-Mode Dispersion Analysis In Parallel-Plate Waveguides Loaded With Fss And Amc With Application To 1d Leaky-Wave Antennas
Investigation On The Phenomenology Of Impulse-Regime Metamaterial Transmission Lines
Leaky-Mode Dispersion Analysis In Parallel-Plate Waveguides Loaded With Fss And Amc With Application To 1d Leaky-Wave Antennas
A Novel Approach For The Evaluation Of Electromagnetic Fields Using Rigorous Wire Antenna Models
Leaky-Mode Dispersion Analysis In Parallel-Plate Waveguides Loaded With Fss And Amc With Application To 1d Leaky-Wave Antennas
A Novel Approach For The Evaluation Of Electromagnetic Fields Using Rigorous Wire Antenna Models
Tunable Talbot Imaging Distance Using An Array Of Beam-Steered Metamaterial Leaky-Wave Antennas
A Novel Approach For The Evaluation Of Electromagnetic Fields Using Rigorous Wire Antenna Models
Tunable Talbot Imaging Distance Using An Array Of Beam-Steered Metamaterial Leaky-Wave Antennas
2d To 3d Rectangular Waveguide Filter Designs From Linear Iterated Prediction Space Mapping Optimization
Tunable Talbot Imaging Distance Using An Array Of Beam-Steered Metamaterial Leaky-Wave Antennas
2d To 3d Rectangular Waveguide Filter Designs From Linear Iterated Prediction Space Mapping Optimization
Efficient Calculation Of The Green's Functions For Multilayered Shielded Cavities With Right Isosceles-Triangular Cross-Section
2d To 3d Rectangular Waveguide Filter Designs From Linear Iterated Prediction Space Mapping Optimization
Efficient Calculation Of The Green's Functions For Multilayered Shielded Cavities With Right Isosceles-Triangular Cross-Section
Working Magnetic Field Around The Rotating Ybco Disk Of A Low-Power 2-Phase Bipolar Motor Entirely Based On Bulks
Efficient Calculation Of The Green's Functions For Multilayered Shielded Cavities With Right Isosceles-Triangular Cross-Section
Working Magnetic Field Around The Rotating Ybco Disk Of A Low-Power 2-Phase Bipolar Motor Entirely Based On Bulks
Losses In 2g Tapes Wound Close Together: Comparison With Similar 1g Tape Configurations
Working Magnetic Field Around The Rotating Ybco Disk Of A Low-Power 2-Phase Bipolar Motor Entirely Based On Bulks
Losses In 2g Tapes Wound Close Together: Comparison With Similar 1g Tape Configurations
A New Neural Network Technique For The Design Of Multilayered Microwave Shielded Bandpass Filters
Losses In 2g Tapes Wound Close Together: Comparison With Similar 1g Tape Configurations
A New Neural Network Technique For The Design Of Multilayered Microwave Shielded Bandpass Filters
Multipactor Radiation Analysis Within A Waveguide Region Based On A Frequency-Domain Representation Of The Dynamics Of Charged Particles
A New Neural Network Technique For The Design Of Multilayered Microwave Shielded Bandpass Filters
Multipactor Radiation Analysis Within A Waveguide Region Based On A Frequency-Domain Representation Of The Dynamics Of Charged Particles
Discussion On The Efficient Evaluation Of The Green's Functions Of Point Sources Inside Infinite Parallel Plate Waveguides
Multipactor Radiation Analysis Within A Waveguide Region Based On A Frequency-Domain Representation Of The Dynamics Of Charged Particles
Discussion On The Efficient Evaluation Of The Green's Functions Of Point Sources Inside Infinite Parallel Plate Waveguides
Software Tool For The Leaky-Mode Analysis Of Waveguides Loaded With Frequency Selective Surfaces
Discussion On The Efficient Evaluation Of The Green's Functions Of Point Sources Inside Infinite Parallel Plate Waveguides
Software Tool For The Leaky-Mode Analysis Of Waveguides Loaded With Frequency Selective Surfaces
Accurate Software Tool For The Prediction Of Rf Breakdown In Microwave Transmission Lines
Software Tool For The Leaky-Mode Analysis Of Waveguides Loaded With Frequency Selective Surfaces
Accurate Software Tool For The Prediction Of Rf Breakdown In Microwave Transmission Lines
Spatial-Temporal Talbot Effects In Impulse-Regime Metamaterial Leaky-Wave Antennas
Accurate Software Tool For The Prediction Of Rf Breakdown In Microwave Transmission Lines
Spatial-Temporal Talbot Effects In Impulse-Regime Metamaterial Leaky-Wave Antennas
A Novel Efficient Technique For The Calculation Of The Green's Functions In Rectangular Waveguides Based On Accelerated Series Decomposition
Spatial-Temporal Talbot Effects In Impulse-Regime Metamaterial Leaky-Wave Antennas
A Novel Efficient Technique For The Calculation Of The Green's Functions In Rectangular Waveguides Based On Accelerated Series Decomposition
An Interpolated Spatial Images Method For The Analysis Of Multilayered Shielded Microwave Circuits
A Novel Efficient Technique For The Calculation Of The Green's Functions In Rectangular Waveguides Based On Accelerated Series Decomposition
An Interpolated Spatial Images Method For The Analysis Of Multilayered Shielded Microwave Circuits
An Analytical Model To Evaluate The Radiated Power Spectrum Of A Multipactor Discharge In A Parallel-Plate Region
An Interpolated Spatial Images Method For The Analysis Of Multilayered Shielded Microwave Circuits
An Analytical Model To Evaluate The Radiated Power Spectrum Of A Multipactor Discharge In A Parallel-Plate Region
Novel Microwave Network For The Leaky-Wave Analysis Of Evanescent Fields In Stub-Loaded Structures
An Analytical Model To Evaluate The Radiated Power Spectrum Of A Multipactor Discharge In A Parallel-Plate Region
Novel Microwave Network For The Leaky-Wave Analysis Of Evanescent Fields In Stub-Loaded Structures
Analysis Of Inductive Multiport Microwave Devices Employing A Novel Double Parallel Plate Approach
Novel Microwave Network For The Leaky-Wave Analysis Of Evanescent Fields In Stub-Loaded Structures
Analysis Of Inductive Multiport Microwave Devices Employing A Novel Double Parallel Plate Approach
A Test Rig For Thrust Force Measurements Of An All Hts Linear Synchronous Motor
Analysis Of Inductive Multiport Microwave Devices Employing A Novel Double Parallel Plate Approach
A Test Rig For Thrust Force Measurements Of An All Hts Linear Synchronous Motor
Influence Of The Current Through One Turn Of A Multilayer Coil On The Nearest Turn In A Consecutive Layer
A Test Rig For Thrust Force Measurements Of An All Hts Linear Synchronous Motor
Influence Of The Current Through One Turn Of A Multilayer Coil On The Nearest Turn In A Consecutive Layer
Bipolar Electrical Coil Based On Ybco Bulks: Initial Tests
Influence Of The Current Through One Turn Of A Multilayer Coil On The Nearest Turn In A Consecutive Layer
Bipolar Electrical Coil Based On Ybco Bulks: Initial Tests
Microstrip Leaky-Wave Antenna With Control Of Leakage Rate And Only One Main Beam In The Azimuthal Plane
Bipolar Electrical Coil Based On Ybco Bulks: Initial Tests
Microstrip Leaky-Wave Antenna With Control Of Leakage Rate And Only One Main Beam In The Azimuthal Plane
Analysis And Implementation Of Different Topologies Of Transversal Filters In Planar Technology
Microstrip Leaky-Wave Antenna With Control Of Leakage Rate And Only One Main Beam In The Azimuthal Plane
Analysis And Implementation Of Different Topologies Of Transversal Filters In Planar Technology
Practical Implementation Of The Spatial Images Technique For The Analysis Of Shielded Multilayered Printed Circuits
Analysis And Implementation Of Different Topologies Of Transversal Filters In Planar Technology
Practical Implementation Of The Spatial Images Technique For The Analysis Of Shielded Multilayered Printed Circuits
Enhanced Topology For The Design Of Bandpass Elliptic Filters Employing Inductive Windows And Dielectric Objects
Practical Implementation Of The Spatial Images Technique For The Analysis Of Shielded Multilayered Printed Circuits
Enhanced Topology For The Design Of Bandpass Elliptic Filters Employing Inductive Windows And Dielectric Objects
Spatiooral Talbot Phenomenon Using Metamaterial Composite Right/left-Handed Leaky-Wave Antennas
Enhanced Topology For The Design Of Bandpass Elliptic Filters Employing Inductive Windows And Dielectric Objects
Spatiooral Talbot Phenomenon Using Metamaterial Composite Right/left-Handed Leaky-Wave Antennas
Time-Domain Green's Function Technique For Highly-Dispersive Metamaterial Waveguide And Antenna Structures
Spatiooral Talbot Phenomenon Using Metamaterial Composite Right/left-Handed Leaky-Wave Antennas
Time-Domain Green's Function Technique For Highly-Dispersive Metamaterial Waveguide And Antenna Structures
Novel Broadside Trisection Filters Employing Nonresonating Nodes
Time-Domain Green's Function Technique For Highly-Dispersive Metamaterial Waveguide And Antenna Structures
Novel Broadside Trisection Filters Employing Nonresonating Nodes
Design Of Dual-Bandpass Hybrid Waveguide-Microstrip Microwave Filters
Novel Broadside Trisection Filters Employing Nonresonating Nodes
Design Of Dual-Bandpass Hybrid Waveguide-Microstrip Microwave Filters
Simple And Accurate Transverse Equivalent Network To Model Radiation From Hybrid Leaky-Wave Antennas With Control Of The Polarization
Design Of Dual-Bandpass Hybrid Waveguide-Microstrip Microwave Filters
Simple And Accurate Transverse Equivalent Network To Model Radiation From Hybrid Leaky-Wave Antennas With Control Of The Polarization
Characterization Of Pulse Radiation By Crlh Leaky-Wave Antennas Using A Time-Domain Green's Function Approach
Simple And Accurate Transverse Equivalent Network To Model Radiation From Hybrid Leaky-Wave Antennas With Control Of The Polarization
Characterization Of Pulse Radiation By Crlh Leaky-Wave Antennas Using A Time-Domain Green's Function Approach
Singular Analytical Integration For Efficient Volume Integral Equation Implementation
Characterization Of Pulse Radiation By Crlh Leaky-Wave Antennas Using A Time-Domain Green's Function Approach
Singular Analytical Integration For Efficient Volume Integral Equation Implementation
Genetic Algorithms Applied To Microwave Filters Optimization And Design
Singular Analytical Integration For Efficient Volume Integral Equation Implementation
Genetic Algorithms Applied To Microwave Filters Optimization And Design
D. Benito Mahedero Balsera En El Germen Científico De Extremadura
Genetic Algorithms Applied To Microwave Filters Optimization And Design
D. Benito Mahedero Balsera En El Germen Científico De Extremadura
Efficient Integral Equation Formulation For Inductive Waveguide Components With Posts Touching The Waveguide Walls
D. Benito Mahedero Balsera En El Germen Científico De Extremadura
Efficient Integral Equation Formulation For Inductive Waveguide Components With Posts Touching The Waveguide Walls
Wavelet-Like Efficient Analysis Of Two-Dimensional Arbitrarily Shaped Radomes Using A Surface Formulation
Efficient Integral Equation Formulation For Inductive Waveguide Components With Posts Touching The Waveguide Walls
Wavelet-Like Efficient Analysis Of Two-Dimensional Arbitrarily Shaped Radomes Using A Surface Formulation
Efficient Software Tool For The Analysis Of Planar-Based Metamaterial Structures
Wavelet-Like Efficient Analysis Of Two-Dimensional Arbitrarily Shaped Radomes Using A Surface Formulation
Efficient Software Tool For The Analysis Of Planar-Based Metamaterial Structures
Efficient Novel Ie Analysis For Inductive Structures With Obstacles Attached To The Waveguide Walls
Efficient Software Tool For The Analysis Of Planar-Based Metamaterial Structures
Efficient Novel Ie Analysis For Inductive Structures With Obstacles Attached To The Waveguide Walls
Novel Mechanism To Taper The Illumination Of Second Higher-Order Mode Microstrip Leaky-Wave Antennas
Efficient Novel Ie Analysis For Inductive Structures With Obstacles Attached To The Waveguide Walls
Novel Mechanism To Taper The Illumination Of Second Higher-Order Mode Microstrip Leaky-Wave Antennas
Novel And Simple Technique To Control The Polarization In Stub-Loaded Leaky-Wave Antennas
Novel Mechanism To Taper The Illumination Of Second Higher-Order Mode Microstrip Leaky-Wave Antennas
Novel And Simple Technique To Control The Polarization In Stub-Loaded Leaky-Wave Antennas
Design Of Bandpass Transversal Filters Employing A Novel Hybrid Structure
Novel And Simple Technique To Control The Polarization In Stub-Loaded Leaky-Wave Antennas
Design Of Bandpass Transversal Filters Employing A Novel Hybrid Structure
Design Of Bandpass Elliptic Filters Employing Inductive Windows And Dielectric Objects
Design Of Bandpass Transversal Filters Employing A Novel Hybrid Structure
Design Of Bandpass Elliptic Filters Employing Inductive Windows And Dielectric Objects
Design Of A Bandpass Transversal Filter Employing A Novel Hybrid Waveguide-Printed Structure
Design Of Bandpass Elliptic Filters Employing Inductive Windows And Dielectric Objects
Design Of A Bandpass Transversal Filter Employing A Novel Hybrid Waveguide-Printed Structure
Numerical Evaluation Of The Green's Functions For Arbitrarily Shaped Enclosures
Design Of A Bandpass Transversal Filter Employing A Novel Hybrid Waveguide-Printed Structure
Numerical Evaluation Of The Green's Functions For Arbitrarily Shaped Enclosures
Simple Control Of The Polarisation In Uniform Hybrid Waveguide-Planar Leaky-Wave Antennas
Numerical Evaluation Of The Green's Functions For Arbitrarily Shaped Enclosures
Simple Control Of The Polarisation In Uniform Hybrid Waveguide-Planar Leaky-Wave Antennas
Correction Of Dielectric Losses In Practical Leaky-Wave Antenna Designs
Simple Control Of The Polarisation In Uniform Hybrid Waveguide-Planar Leaky-Wave Antennas
Correction Of Dielectric Losses In Practical Leaky-Wave Antenna Designs
Efficient Analysis Of Arbitrarily Shaped Inductive Obstacles In Rectangular Waveguides Using A Surface Integral-Equation Formulation
Correction Of Dielectric Losses In Practical Leaky-Wave Antenna Designs
Efficient Analysis Of Arbitrarily Shaped Inductive Obstacles In Rectangular Waveguides Using A Surface Integral-Equation Formulation
An Electron Injection Model For Time-Dependent Simulators Of Nanoscale Devices With Electron Confinement: Application To The Comparison Of The Intrinsic Noise Of 3d-, 2d- And 1d-Ballistic Transistors
Efficient Analysis Of Arbitrarily Shaped Inductive Obstacles In Rectangular Waveguides Using A Surface Integral-Equation Formulation
An Electron Injection Model For Time-Dependent Simulators Of Nanoscale Devices With Electron Confinement: Application To The Comparison Of The Intrinsic Noise Of 3d-, 2d- And 1d-Ballistic Transistors
Numerical Evaluation Of The Green’s Functions For Arbitrarily Shaped Cylindrical Enclosures And Their Optimization By A New Spatial Images Method
An Electron Injection Model For Time-Dependent Simulators Of Nanoscale Devices With Electron Confinement: Application To The Comparison Of The Intrinsic Noise Of 3d-, 2d- And 1d-Ballistic Transistors
Numerical Evaluation Of The Green’s Functions For Arbitrarily Shaped Cylindrical Enclosures And Their Optimization By A New Spatial Images Method
Analysis Of Inductive Waveguide Microwave Components Using An Alternative Port Treatment And Efficient Fast Multipole
Numerical Evaluation Of The Green’s Functions For Arbitrarily Shaped Cylindrical Enclosures And Their Optimization By A New Spatial Images Method
Analysis Of Inductive Waveguide Microwave Components Using An Alternative Port Treatment And Efficient Fast Multipole
Multipactor Analysis In Microwave Components For High-Power Satellite Applications
Analysis Of Inductive Waveguide Microwave Components Using An Alternative Port Treatment And Efficient Fast Multipole
Multipactor Analysis In Microwave Components For High-Power Satellite Applications
A Multilayered Shielded Microwave Circuit Design Method Based On Genetic Algorithms And Neural Networks
Multipactor Analysis In Microwave Components For High-Power Satellite Applications
A Multilayered Shielded Microwave Circuit Design Method Based On Genetic Algorithms And Neural Networks
Investigation Of Multipaction Phenomena In Passive Waveguide Filters For Space Applications
A Multilayered Shielded Microwave Circuit Design Method Based On Genetic Algorithms And Neural Networks
Investigation Of Multipaction Phenomena In Passive Waveguide Filters For Space Applications
A New Leaky-Wave Directional Coupler In Hybrid Dielectric-Waveguide Printed-Circuit Technology
Investigation Of Multipaction Phenomena In Passive Waveguide Filters For Space Applications
A New Leaky-Wave Directional Coupler In Hybrid Dielectric-Waveguide Printed-Circuit Technology
Control Of Leaky-Mode Propagation And Radiation Properties In Hybrid Dielectric-Waveguide Printed-Circuit Technology: Experimental Results
A New Leaky-Wave Directional Coupler In Hybrid Dielectric-Waveguide Printed-Circuit Technology
Control Of Leaky-Mode Propagation And Radiation Properties In Hybrid Dielectric-Waveguide Printed-Circuit Technology: Experimental Results
Simple Analysis And Design Of A New Leaky-Wave Directional Coupler In Hybrid Dielectric-Waveguide Printed-Circuit Technology
Control Of Leaky-Mode Propagation And Radiation Properties In Hybrid Dielectric-Waveguide Printed-Circuit Technology: Experimental Results
Simple Analysis And Design Of A New Leaky-Wave Directional Coupler In Hybrid Dielectric-Waveguide Printed-Circuit Technology
Pamela: A Useful Tool For The Study Of Leaky-Wave Modes In Strip-Loaded Open Dielectric Waveguides
Simple Analysis And Design Of A New Leaky-Wave Directional Coupler In Hybrid Dielectric-Waveguide Printed-Circuit Technology
Pamela: A Useful Tool For The Study Of Leaky-Wave Modes In Strip-Loaded Open Dielectric Waveguides
A Novel Full-Wave Cad For The Design Of Tapered Leaky-Wave Antennas In Hybrid Waveguide Printed-Circuit Technology
Pamela: A Useful Tool For The Study Of Leaky-Wave Modes In Strip-Loaded Open Dielectric Waveguides
A Novel Full-Wave Cad For The Design Of Tapered Leaky-Wave Antennas In Hybrid Waveguide Printed-Circuit Technology
Efficient Full-Wave Analysis Method Of Leaky-Wave Modes In Periodically Loaded Dielectric Waveguides With Application To Backward-To-Forward Frequency-Scannable Antennas And Metamaterials
A Novel Full-Wave Cad For The Design Of Tapered Leaky-Wave Antennas In Hybrid Waveguide Printed-Circuit Technology
Efficient Full-Wave Analysis Method Of Leaky-Wave Modes In Periodically Loaded Dielectric Waveguides With Application To Backward-To-Forward Frequency-Scannable Antennas And Metamaterials
Efficient Analysis Tool Of Inductive Passive Waveguide Components And Circuits Using A Novel Spatial Domain Integral Equation Formulation
Efficient Full-Wave Analysis Method Of Leaky-Wave Modes In Periodically Loaded Dielectric Waveguides With Application To Backward-To-Forward Frequency-Scannable Antennas And Metamaterials
Efficient Analysis Tool Of Inductive Passive Waveguide Components And Circuits Using A Novel Spatial Domain Integral Equation Formulation
Efficient Analysis Of Inductive Multiport Waveguide Circuits Using A Surface Integral Equation Formulation
Efficient Analysis Tool Of Inductive Passive Waveguide Components And Circuits Using A Novel Spatial Domain Integral Equation Formulation
Efficient Analysis Of Inductive Multiport Waveguide Circuits Using A Surface Integral Equation Formulation
A Neural-Network Method For The Analysis Of Multilayered Shielded Microwave Circuits
Efficient Analysis Of Inductive Multiport Waveguide Circuits Using A Surface Integral Equation Formulation
A Neural-Network Method For The Analysis Of Multilayered Shielded Microwave Circuits
Disk-Shaped Superconducting Rotor Under A Rotating Magnetic Field: Speed Dependence
A Neural-Network Method For The Analysis Of Multilayered Shielded Microwave Circuits
Disk-Shaped Superconducting Rotor Under A Rotating Magnetic Field: Speed Dependence
Influence Of The Shape In The Losses Of Solenoidal Air-Core Transformers
Disk-Shaped Superconducting Rotor Under A Rotating Magnetic Field: Speed Dependence
Influence Of The Shape In The Losses Of Solenoidal Air-Core Transformers
Analysis Of Microstrip To Circular Waveguide Transitions By A New Spatial Images Method
Influence Of The Shape In The Losses Of Solenoidal Air-Core Transformers
Analysis Of Microstrip To Circular Waveguide Transitions By A New Spatial Images Method
Wire And Patch Method Of Moments Models Of Coaxial To Arbitrary Waveguide Transitions
Analysis Of Microstrip To Circular Waveguide Transitions By A New Spatial Images Method
Wire And Patch Method Of Moments Models Of Coaxial To Arbitrary Waveguide Transitions
Wavelet-Like Based Efficient Analysis Of Dielectric And Magnetic Scatterers Using The Equivalence Principle
Wire And Patch Method Of Moments Models Of Coaxial To Arbitrary Waveguide Transitions
Wavelet-Like Based Efficient Analysis Of Dielectric And Magnetic Scatterers Using The Equivalence Principle
A Simple Simulation Of 2d Radomes Using Line Source Excitation And Fast Multipole Method
Wavelet-Like Based Efficient Analysis Of Dielectric And Magnetic Scatterers Using The Equivalence Principle
A Simple Simulation Of 2d Radomes Using Line Source Excitation And Fast Multipole Method
2d Surface Formulation For Conducting Objects Coated In Multilayered Homogeneous Media Using The Fast Multipole Method
A Simple Simulation Of 2d Radomes Using Line Source Excitation And Fast Multipole Method
2d Surface Formulation For Conducting Objects Coated In Multilayered Homogeneous Media Using The Fast Multipole Method
Radar Cross Section Computation Of Multi-Layered Dielectric And Magnetic Obstacles Using An Efficient Wavelet-Like Method
2d Surface Formulation For Conducting Objects Coated In Multilayered Homogeneous Media Using The Fast Multipole Method
Radar Cross Section Computation Of Multi-Layered Dielectric And Magnetic Obstacles Using An Efficient Wavelet-Like Method
Two Simple Implementations Of Transversal Filters With Coupling Between Non-Resonant Nodes
Radar Cross Section Computation Of Multi-Layered Dielectric And Magnetic Obstacles Using An Efficient Wavelet-Like Method
Two Simple Implementations Of Transversal Filters With Coupling Between Non-Resonant Nodes
Quantum Instantaneous Current: Application To Nanomosfets Switched At Very-High Frequency
Two Simple Implementations Of Transversal Filters With Coupling Between Non-Resonant Nodes
Quantum Instantaneous Current: Application To Nanomosfets Switched At Very-High Frequency
A Novel Leaky-Wave Antenna Combining An Image Nrd Guide And A Strip Circuit
Quantum Instantaneous Current: Application To Nanomosfets Switched At Very-High Frequency
A Novel Leaky-Wave Antenna Combining An Image Nrd Guide And A Strip Circuit
A Neural Network Method For The Analysis Of Multilayered Shielded Microwave Circuits
A Novel Leaky-Wave Antenna Combining An Image Nrd Guide And A Strip Circuit
A Neural Network Method For The Analysis Of Multilayered Shielded Microwave Circuits
Using Genetic Algorithms For Compensating The Local Magnetic Perturbation Of A Ship In The Earth's Magnetic Field
A Neural Network Method For The Analysis Of Multilayered Shielded Microwave Circuits
Using Genetic Algorithms For Compensating The Local Magnetic Perturbation Of A Ship In The Earth's Magnetic Field
Analysis And Design Of Periodic Leaky-Wave Antennas For The Millimeter Waveband In Hybrid Waveguide-Planar Technology
Using Genetic Algorithms For Compensating The Local Magnetic Perturbation Of A Ship In The Earth's Magnetic Field
Analysis And Design Of Periodic Leaky-Wave Antennas For The Millimeter Waveband In Hybrid Waveguide-Planar Technology
Analysis Of Thick-Wire Antennas Using A Novel And Simple Kernel Treatment
Analysis And Design Of Periodic Leaky-Wave Antennas For The Millimeter Waveband In Hybrid Waveguide-Planar Technology
Analysis Of Thick-Wire Antennas Using A Novel And Simple Kernel Treatment
Design Of Tapered Leaky-Wave Antennas In Hybrid Waveguide-Planar Technology For Millimeter Waveband Applications
Analysis Of Thick-Wire Antennas Using A Novel And Simple Kernel Treatment
Design Of Tapered Leaky-Wave Antennas In Hybrid Waveguide-Planar Technology For Millimeter Waveband Applications
Printed-Circuit Leaky-Wave Antenna With Pointing And Illumination Flexibility
Design Of Tapered Leaky-Wave Antennas In Hybrid Waveguide-Planar Technology For Millimeter Waveband Applications
Printed-Circuit Leaky-Wave Antenna With Pointing And Illumination Flexibility
Analysis Of Microstrip-To-Circular-Waveguide Transitions By A New Spatial-Images Method
Printed-Circuit Leaky-Wave Antenna With Pointing And Illumination Flexibility
Analysis Of Microstrip-To-Circular-Waveguide Transitions By A New Spatial-Images Method
Application Of The High-Gain Substrate-Superstrate Configuration To Dielectric Leaky-Wave Antennas
Analysis Of Microstrip-To-Circular-Waveguide Transitions By A New Spatial-Images Method
Application Of The High-Gain Substrate-Superstrate Configuration To Dielectric Leaky-Wave Antennas
Fast And Efficient Calculation Of The Multilayered Shielded Green's Functions Employing Neural Networks
Application Of The High-Gain Substrate-Superstrate Configuration To Dielectric Leaky-Wave Antennas
Fast And Efficient Calculation Of The Multilayered Shielded Green's Functions Employing Neural Networks
Analysis Of Finite Microstrip Structures Using An Efficient Implementation Of The Integral Equation Technique
Fast And Efficient Calculation Of The Multilayered Shielded Green's Functions Employing Neural Networks
Analysis Of Finite Microstrip Structures Using An Efficient Implementation Of The Integral Equation Technique
Numerical Evaluation Of The Green's Functions For Cylindrical Enclosures By A New Spatial Images Method
Analysis Of Finite Microstrip Structures Using An Efficient Implementation Of The Integral Equation Technique
Numerical Evaluation Of The Green's Functions For Cylindrical Enclosures By A New Spatial Images Method
A Full-Wave Space-Domain Method For The Analysis Of Leaky-Wave Modes In Multilayered Planar Open Parallel-Plate Waveguides
Numerical Evaluation Of The Green's Functions For Cylindrical Enclosures By A New Spatial Images Method
A Full-Wave Space-Domain Method For The Analysis Of Leaky-Wave Modes In Multilayered Planar Open Parallel-Plate Waveguides
A New Family Of Microstrip Open-Loop Resonator Filters For High-Selectivity Applications
A Full-Wave Space-Domain Method For The Analysis Of Leaky-Wave Modes In Multilayered Planar Open Parallel-Plate Waveguides
A New Family Of Microstrip Open-Loop Resonator Filters For High-Selectivity Applications
Two Compact Configurations For Implementing Transmission Zeros In Microstrip Filters
A New Family Of Microstrip Open-Loop Resonator Filters For High-Selectivity Applications
Two Compact Configurations For Implementing Transmission Zeros In Microstrip Filters
Radiation Analysis In The Space Domain Of Laterally Shielded Planar Transmission Lines: 2. Applications
Two Compact Configurations For Implementing Transmission Zeros In Microstrip Filters
Radiation Analysis In The Space Domain Of Laterally Shielded Planar Transmission Lines: 2. Applications
Radiation Analysis In The Space Domain Of Laterally Shielded Planar Transmission Lines: 1. Theory
Radiation Analysis In The Space Domain Of Laterally Shielded Planar Transmission Lines: 2. Applications
Radiation Analysis In The Space Domain Of Laterally Shielded Planar Transmission Lines: 1. Theory
Nonorthogonality Relations Between Complex Hybrid Modes: An Application For The Leaky-Wave Analysis Of Laterally Shielded Top-Open Planar Transmission Lines
Radiation Analysis In The Space Domain Of Laterally Shielded Planar Transmission Lines: 1. Theory
Nonorthogonality Relations Between Complex Hybrid Modes: An Application For The Leaky-Wave Analysis Of Laterally Shielded Top-Open Planar Transmission Lines
A Method To Obtain The Critical Current In Tapes By Ac Losses Analysis
Nonorthogonality Relations Between Complex Hybrid Modes: An Application For The Leaky-Wave Analysis Of Laterally Shielded Top-Open Planar Transmission Lines
A Method To Obtain The Critical Current In Tapes By Ac Losses Analysis
Volume/surface Integral Equation Analysis Of Circular Patch Finite Antennas
A Method To Obtain The Critical Current In Tapes By Ac Losses Analysis
Volume/surface Integral Equation Analysis Of Circular Patch Finite Antennas
Using Neural Networks For The Calculation Of The Multilayered Shielded Green's Functions
Volume/surface Integral Equation Analysis Of Circular Patch Finite Antennas
Using Neural Networks For The Calculation Of The Multilayered Shielded Green's Functions
A New Procedure For The Evaluation Of Electromagnetic Potentials Inside Cylindrical Cavities
Using Neural Networks For The Calculation Of The Multilayered Shielded Green's Functions
A New Procedure For The Evaluation Of Electromagnetic Potentials Inside Cylindrical Cavities
A Fast And Accurate Method For The Analysis Of Leaky-Wave Modes In Multilayered Planar Open Parallel-Plate Waveguides
A New Procedure For The Evaluation Of Electromagnetic Potentials Inside Cylindrical Cavities
A Fast And Accurate Method For The Analysis Of Leaky-Wave Modes In Multilayered Planar Open Parallel-Plate Waveguides
A Neural Network Method For The Multilayered Shielded Green's Function Calculation
A Fast And Accurate Method For The Analysis Of Leaky-Wave Modes In Multilayered Planar Open Parallel-Plate Waveguides
A Neural Network Method For The Multilayered Shielded Green's Function Calculation
Compact Implementation Of Transmission Zeros Using The Zero Shifting Property
A Neural Network Method For The Multilayered Shielded Green's Function Calculation
Compact Implementation Of Transmission Zeros Using The Zero Shifting Property
Numerical Evaluation Of The Green's Functions For Cylindrical Enclosures By A New Spatial Images Method
Compact Implementation Of Transmission Zeros Using The Zero Shifting Property
Numerical Evaluation Of The Green's Functions For Cylindrical Enclosures By A New Spatial Images Method
Analysis And Design Of Printed-Circuit Laterally-Shielded Leaky-Wave Antennas With High-Gain Substrate-Superstrate Configuration
Numerical Evaluation Of The Green's Functions For Cylindrical Enclosures By A New Spatial Images Method
Analysis And Design Of Printed-Circuit Laterally-Shielded Leaky-Wave Antennas With High-Gain Substrate-Superstrate Configuration
Green's Functions In Lossy Layered Media: Integration Along The Imaginary Axis And Asymptotic Behavior
Analysis And Design Of Printed-Circuit Laterally-Shielded Leaky-Wave Antennas With High-Gain Substrate-Superstrate Configuration
Green's Functions In Lossy Layered Media: Integration Along The Imaginary Axis And Asymptotic Behavior
Disk-Shaped Superconducting Rotor For An Axial Flux Induction Motor
Green's Functions In Lossy Layered Media: Integration Along The Imaginary Axis And Asymptotic Behavior
Disk-Shaped Superconducting Rotor For An Axial Flux Induction Motor
Ac Losses In A Toroidal Superconducting Transformer
Disk-Shaped Superconducting Rotor For An Axial Flux Induction Motor
Ac Losses In A Toroidal Superconducting Transformer
Leaky And Surface Waves In Multilayered Laterally-Shielded Microstrip Transmission Lines
Ac Losses In A Toroidal Superconducting Transformer
Leaky And Surface Waves In Multilayered Laterally-Shielded Microstrip Transmission Lines
A New Attachment Model For The Study Of Wire-Plate Junction Antennas
Leaky And Surface Waves In Multilayered Laterally-Shielded Microstrip Transmission Lines
A New Attachment Model For The Study Of Wire-Plate Junction Antennas
A Novel Technique For The Analysis Of Complex Antennas With Rotational Symmetry Using A Simple Thick Wire Model
A New Attachment Model For The Study Of Wire-Plate Junction Antennas
A Novel Technique For The Analysis Of Complex Antennas With Rotational Symmetry Using A Simple Thick Wire Model
Radiation Analysis In The Space Domain Of Laterally-Shielded Planar Transmission Lines
A Novel Technique For The Analysis Of Complex Antennas With Rotational Symmetry Using A Simple Thick Wire Model
Radiation Analysis In The Space Domain Of Laterally-Shielded Planar Transmission Lines
A Novel Technique For The Numerical Evaluation Of The Green's Functions Associated To Cavity Backed Antennas In Circular Waveguides
Radiation Analysis In The Space Domain Of Laterally-Shielded Planar Transmission Lines
A Novel Technique For The Numerical Evaluation Of The Green's Functions Associated To Cavity Backed Antennas In Circular Waveguides
Analysis Of Finite Microstrip Structures Using An Efficient Implementation Of The Integral Equation Technique
A Novel Technique For The Numerical Evaluation Of The Green's Functions Associated To Cavity Backed Antennas In Circular Waveguides
Analysis Of Finite Microstrip Structures Using An Efficient Implementation Of The Integral Equation Technique
A New Simple Microstrip Open-Loop Resonators Filter For High Selectivity Applications
Analysis Of Finite Microstrip Structures Using An Efficient Implementation Of The Integral Equation Technique
A New Simple Microstrip Open-Loop Resonators Filter For High Selectivity Applications
Non-Orthogonality Relations Between Complex-Hybrid-Modes: An Application For The Leaky-Wave Analysis Of A Laterally-Shielded Top-Open Suspended Microstrip Line
A New Simple Microstrip Open-Loop Resonators Filter For High Selectivity Applications
Non-Orthogonality Relations Between Complex-Hybrid-Modes: An Application For The Leaky-Wave Analysis Of A Laterally-Shielded Top-Open Suspended Microstrip Line
Superconducting Tape Characterization Under Flexion
Non-Orthogonality Relations Between Complex-Hybrid-Modes: An Application For The Leaky-Wave Analysis Of A Laterally-Shielded Top-Open Suspended Microstrip Line
Superconducting Tape Characterization Under Flexion
Superconducting Armature For Induction Motor Of Axial Flux Based On Ybco Bulks
Superconducting Tape Characterization Under Flexion
Superconducting Armature For Induction Motor Of Axial Flux Based On Ybco Bulks
Green's Functions For Vertical Current Sources Embedded In Uniform Waveguides Or Cavities Filled With Multilayered Media
Superconducting Armature For Induction Motor Of Axial Flux Based On Ybco Bulks
Green's Functions For Vertical Current Sources Embedded In Uniform Waveguides Or Cavities Filled With Multilayered Media
The Summation-By-Parts Algorithm - A New Efficient Technique For The Rapid Calculation Of Certain Series Arising In Shielded Planar Structures
Green's Functions For Vertical Current Sources Embedded In Uniform Waveguides Or Cavities Filled With Multilayered Media
The Summation-By-Parts Algorithm - A New Efficient Technique For The Rapid Calculation Of Certain Series Arising In Shielded Planar Structures
Mom/bi-Rme Analysis Of Boxed Mmics With Arbitrarily Shaped Metallizations
The Summation-By-Parts Algorithm - A New Efficient Technique For The Rapid Calculation Of Certain Series Arising In Shielded Planar Structures
Mom/bi-Rme Analysis Of Boxed Mmics With Arbitrarily Shaped Metallizations
Broadside Couplings For High-Selectivity Microstrip Filters
Mom/bi-Rme Analysis Of Boxed Mmics With Arbitrarily Shaped Metallizations
Broadside Couplings For High-Selectivity Microstrip Filters
Mom/bi-Rme Analysis Of Boxed Microwave Circuits Based On Arbitrarily Shaped Elements
Broadside Couplings For High-Selectivity Microstrip Filters
Mom/bi-Rme Analysis Of Boxed Microwave Circuits Based On Arbitrarily Shaped Elements
Accurate Analysis And Modeling Of Compact Cpw-Fed Printed Antennas
Mom/bi-Rme Analysis Of Boxed Microwave Circuits Based On Arbitrarily Shaped Elements
Accurate Analysis And Modeling Of Compact Cpw-Fed Printed Antennas
Integrated Ssfip-Horn Antenna At 75 Ghz
Accurate Analysis And Modeling Of Compact Cpw-Fed Printed Antennas
Integrated Ssfip-Horn Antenna At 75 Ghz
Two Techniques For The Efficient Numerical Calculation Of The Green's Functions For Planar Shielded Circuits And Antennas
Integrated Ssfip-Horn Antenna At 75 Ghz
Two Techniques For The Efficient Numerical Calculation Of The Green's Functions For Planar Shielded Circuits And Antennas
Impedance Representation Of Waveguide Junctions Based On The Integral Equation Approach
Two Techniques For The Efficient Numerical Calculation Of The Green's Functions For Planar Shielded Circuits And Antennas
Impedance Representation Of Waveguide Junctions Based On The Integral Equation Approach
A New Excitation Model For Probe-Fed Printed Antennas On Finite Size Ground Planes
Impedance Representation Of Waveguide Junctions Based On The Integral Equation Approach
A New Excitation Model For Probe-Fed Printed Antennas On Finite Size Ground Planes
Aplicaciones Eléctricas De Los Superconductores: El Motor De Inducción Superconductor Con Campo Axial Sin Medio Ferromagnético
A New Excitation Model For Probe-Fed Printed Antennas On Finite Size Ground Planes
Aplicaciones Eléctricas De Los Superconductores: El Motor De Inducción Superconductor Con Campo Axial Sin Medio Ferromagnético
Efficient Cad Of Boxed Microwave Circuits Based On Arbitrary Rectangular Elements G
Aplicaciones Eléctricas De Los Superconductores: El Motor De Inducción Superconductor Con Campo Axial Sin Medio Ferromagnético
Efficient Cad Of Boxed Microwave Circuits Based On Arbitrary Rectangular Elements G
A Simple Low-Cost Coplanar Twin-Slot Active Antenna Oscillator For Wireless Applications
Efficient Cad Of Boxed Microwave Circuits Based On Arbitrary Rectangular Elements G
A Simple Low-Cost Coplanar Twin-Slot Active Antenna Oscillator For Wireless Applications
Slot Antenna On A Photonic Crystal Substrate Green's Functions Study
A Simple Low-Cost Coplanar Twin-Slot Active Antenna Oscillator For Wireless Applications
Slot Antenna On A Photonic Crystal Substrate Green's Functions Study
A Novel Spatial Images Technique For The Analysis Of Cavity Backed Antennas
Slot Antenna On A Photonic Crystal Substrate Green's Functions Study
A Novel Spatial Images Technique For The Analysis Of Cavity Backed Antennas
La Energía Eléctrica. Un Recorrido Desde Sus Principios Hasta Sus Aplicaciones
A Novel Spatial Images Technique For The Analysis Of Cavity Backed Antennas
La Energía Eléctrica. Un Recorrido Desde Sus Principios Hasta Sus Aplicaciones
La Superconductividad En Programas: Una Película De Ciencia Ficción ¿o No?
La Energía Eléctrica. Un Recorrido Desde Sus Principios Hasta Sus Aplicaciones
La Superconductividad En Programas: Una Película De Ciencia Ficción ¿o No?
A Microstrip-Coupled Slot-Loop Antenna For Integrated Receivers In The Millimeter-Wave Band
La Superconductividad En Programas: Una Película De Ciencia Ficción ¿o No?
A Microstrip-Coupled Slot-Loop Antenna For Integrated Receivers In The Millimeter-Wave Band
An Efficient Procedure For The Optimization Of Cavity Backed Printed Antennas For Broadband Communications
A Microstrip-Coupled Slot-Loop Antenna For Integrated Receivers In The Millimeter-Wave Band
An Efficient Procedure For The Optimization Of Cavity Backed Printed Antennas For Broadband Communications
Strip, Slot, Air, Inverted Patch (Ssaip): A Cavity-Backed Alternative To Broadband Communication Antennas
An Efficient Procedure For The Optimization Of Cavity Backed Printed Antennas For Broadband Communications
Strip, Slot, Air, Inverted Patch (Ssaip): A Cavity-Backed Alternative To Broadband Communication Antennas
Large Distance Behavior Of Stratified Media Spatial Green's Function
Strip, Slot, Air, Inverted Patch (Ssaip): A Cavity-Backed Alternative To Broadband Communication Antennas
Large Distance Behavior Of Stratified Media Spatial Green's Function
Green's Functions In Layered Media: Imaginary Axis Integration And Asymptotic Behavior
Large Distance Behavior Of Stratified Media Spatial Green's Function
Green's Functions In Layered Media: Imaginary Axis Integration And Asymptotic Behavior
New Simple Procedure For The Computation Of The Multimode Admittance Or Impedance Matrix Of Planar Waveguide Junctions
Green's Functions In Layered Media: Imaginary Axis Integration And Asymptotic Behavior
New Simple Procedure For The Computation Of The Multimode Admittance Or Impedance Matrix Of Planar Waveguide Junctions
New Simple Procedure For The Computation Of The Multimode Admittance Matrix Of Arbitrary Waveguide Junctions
New Simple Procedure For The Computation Of The Multimode Admittance Or Impedance Matrix Of Planar Waveguide Junctions
New Simple Procedure For The Computation Of The Multimode Admittance Matrix Of Arbitrary Waveguide Junctions
Multimode Network Analysis Of Planar Transmission Lines
New Simple Procedure For The Computation Of The Multimode Admittance Matrix Of Arbitrary Waveguide Junctions
Multimode Network Analysis Of Planar Transmission Lines
Modal Spectrum Of The Ridged Circular Waveguide Using The Fe Method
Multimode Network Analysis Of Planar Transmission Lines
Modal Spectrum Of The Ridged Circular Waveguide Using The Fe Method
Multimode Network Representation Of Two Dimensional Steps In Rectangular Waveguides
Modal Spectrum Of The Ridged Circular Waveguide Using The Fe Method
Multimode Network Representation Of Two Dimensional Steps In Rectangular Waveguides
Multimode Synthesis Procedure For Microwave Filters Based On Thick Inductive Windows
Multimode Network Representation Of Two Dimensional Steps In Rectangular Waveguides
Multimode Synthesis Procedure For Microwave Filters Based On Thick Inductive Windows
El Refuerzo Tutorial Mediante Pruebas Objetivas En Materias De Contenido Científico Y Técnico
Multimode Synthesis Procedure For Microwave Filters Based On Thick Inductive Windows
El Refuerzo Tutorial Mediante Pruebas Objetivas En Materias De Contenido Científico Y Técnico
Novel Design Procedure For Microwave Filters
El Refuerzo Tutorial Mediante Pruebas Objetivas En Materias De Contenido Científico Y Técnico
Novel Design Procedure For Microwave Filters
Rigorous, Multimode Equivalent Network Representation Of Capacitive Discontinuities
Novel Design Procedure For Microwave Filters
Rigorous, Multimode Equivalent Network Representation Of Capacitive Discontinuities
Dual-Mode Circular Waveguide Filters Without Tuning Screws
Rigorous, Multimode Equivalent Network Representation Of Capacitive Discontinuities
Dual-Mode Circular Waveguide Filters Without Tuning Screws
Study Of Magnetic Shielding Of Ferromagnetic Cores, With Solenoidal Hts Tape Screens, For Sfcl Applications
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