PUBLICACIÓN

Hormigón autocompactable

ACCEDER A LA PUBLICACIÓN: Dialnet

Izquierdo León, Juan Francisco

2001 Hormigon preparado

ISSN

1133-1380

AUTORES DE LA UEX

Juan Francisco Izquierdo León

OTRAS PUBLICACIONES DE INTERÉS

Protección De Estructuras De Acero Mediante Silicatos Inorgánicos De Zinc (I)
Shaped Beam Synthesis Of Sparse Arrays Of Coupled Elements Through A Modified Orthogonal Matching Pursuit Algorithm And Multiple Dictionaries
Efficient Radiation Antenna Modeling Via Orthogonal Matching Pursuit In Terms Of Infinitesimal Dipoles
Shaped Beam Synthesis Of Sparse Arrays Of Coupled Elements Through A Modified Orthogonal Matching Pursuit Algorithm And Multiple Dictionaries
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
Mutual Coupling Compensation Matrices For Transmitting And Receiving Arrays
Array Thinning Of Coupled Antennas Based On The Orthogonal Matching Pursuit Method And A Spherical-Wave Expansion For Far-Field Synthesis
Mutual Coupling Compensation Matrices For Transmitting And Receiving Arrays
Full Modeling Of Wideband Volumetric Antennas By Elementary Sources Placed On The Ground Plane
Mutual Coupling Compensation Matrices For Transmitting And Receiving Arrays
Full Modeling Of Wideband Volumetric Antennas By Elementary Sources Placed On The Ground Plane
A Novel Hybrid Technique For Mutual Coupling Modeling Of Antennas With Strongly Overlapped Minimum-Spheres
Full Modeling Of Wideband Volumetric Antennas By Elementary Sources Placed On The Ground Plane
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
Full-Wave Modeling Of Antennas By Elementary Sources Based On Spherical Waves Translation
Antenna-Generalized Scattering Matrix In Terms Of Equivalent Infinitesimal Dipoles: Application To Finite Array Problems
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
Estimation Of The Radiation Pattern Of Finite Arrays Of Waveguide-Fed Apertures From The Transmitting Characteristics Of An Isolated Element
Spherical-Waves-Based Analysis Of Arrays Of Volumetric Antennas With Overlapping Minimum Spheres
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
Relation Between The Array Pattern Approach In Terms Of Coupling Coefficients And Minimum Scattering Antennas
Antenna Modeling By Elementary Sources Based On Spherical Waves Translation And Evolutionary Computation
Relation Between The Array Pattern Approach In Terms Of Coupling Coefficients And Minimum Scattering Antennas
A Fast Technique To Estimate The Mutual Coupling Coefficients From The Transmitting Characteristics Of An Isolated Element
Relation Between The Array Pattern Approach In Terms Of Coupling Coefficients And Minimum Scattering Antennas
A Fast Technique To Estimate The Mutual Coupling Coefficients From The Transmitting Characteristics Of An Isolated Element
¿llegaremos A La Autenticación Biométrica?
A Fast Technique To Estimate The Mutual Coupling Coefficients From The Transmitting Characteristics Of An Isolated Element
¿llegaremos A La Autenticación Biométrica?
Hormigón Autocompactable
¿llegaremos A La Autenticación Biométrica?
Hormigón Autocompactable
Morteros De Epoxi-Cemento "epocem"
Hormigón Autocompactable
Morteros De Epoxi-Cemento "epocem"
Protección De Estructuras De Acero Mediante Silicatos Inorgánicos De Zinc (Ii)
Morteros De Epoxi-Cemento "epocem"
Protección De Estructuras De Acero Mediante Silicatos Inorgánicos De Zinc (Ii)
Protección De Estructuras De Acero Mediante Silicatos Inorgánicos De Zinc (I)
Protección De Estructuras De Acero Mediante Silicatos Inorgánicos De Zinc (Ii)
Protección De Estructuras De Acero Mediante Silicatos Inorgánicos De Zinc (I)
Shaped Beam Synthesis Of Sparse Arrays Of Coupled Elements Through A Modified Orthogonal Matching Pursuit Algorithm And Multiple Dictionaries
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