UniSa - IRIS Institutional Research Information System

MIGLIOZZI, Massimo
 Distribuzione geografica
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Continente #
NA - Nord America 7259
EU - Europa 1693
AS - Asia 840
Continente sconosciuto - Info sul continente non disponibili 5
AF - Africa 1
Totale 9798
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Nazione #
US - Stati Uniti d'America 7253
IT - Italia 738
UA - Ucraina 564
CN - Cina 488
VN - Vietnam 205
DE - Germania 144
TR - Turchia 132
FI - Finlandia 110
SE - Svezia 85
RU - Federazione Russa 13
FR - Francia 12
IN - India 8
RO - Romania 6
CA - Canada 5
EU - Europa 5
IE - Irlanda 4
LU - Lussemburgo 4
ES - Italia 3
GB - Regno Unito 3
KR - Corea 3
BG - Bulgaria 2
CH - Svizzera 2
IQ - Iraq 2
RS - Serbia 2
BD - Bangladesh 1
IR - Iran 1
MX - Messico 1
NG - Nigeria 1
PT - Portogallo 1
Totale 9798
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Città #
Ann Arbor 2446
Woodbridge 1051
Wilmington 771
Jacksonville 734
Houston 711
Princeton 640
Salerno 480
Chandler 215
Dong Ket 205
Dearborn 154
Andover 146
Izmir 132
Nanjing 124
Beijing 95
Pellezzano 94
Fairfield 49
Hebei 44
Nanchang 43
Shenyang 41
Düsseldorf 36
Jiaxing 36
Mestre 31
Ashburn 29
Changsha 28
San Diego 27
Norwalk 26
Napoli 25
Tianjin 19
Guangzhou 15
Redwood City 15
Poggiomarino 14
Boardman 12
Cambridge 11
Indiana 11
Hefei 7
Falls Church 6
Curinga 5
Naples 5
New York 5
Capellen 4
Domicella 4
Kunming 4
Orange 4
Seattle 4
Washington 4
Jinan 3
Lishui 3
Ningbo 3
Ottawa 3
San Giuseppe Vesuviano 3
Timisoara 3
Viggiano 3
Bern 2
Conoplja 2
Fuzhou 2
Macerata Campania 2
Palermo 2
Pasian Di Prato 2
Secaucus 2
Sessa Aurunca 2
Spinea 2
Toronto 2
Yellow Springs 2
Aachen 1
Ardabil 1
Baghdad 1
Caivano 1
Campobello Di Mazara 1
Cassino 1
Cedar Rapids 1
Centro 1
Chittagong 1
Como 1
Fisciano 1
Hangzhou 1
L'hay-les-roses 1
Madrid 1
Menlo Park 1
Packwood 1
Paris 1
Philadelphia 1
Phoenix 1
Saint Petersburg 1
San Francisco 1
Sant'Anastasia 1
Saviano 1
Shanghai 1
Simi Valley 1
Sofia 1
Southend 1
Taiyuan 1
Taizhou 1
Treviso 1
Valladolid 1
Walnut 1
Wuhan 1
Xian 1
Totale 8639
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Nome #
A numerical-analytical solution for continuous flow microwave heating of liquids in laminar motion 113
An effective NF–FF transformation with helicoidal scan tailored for elongated antennas: an experimental validation 104
Probe conpensated near-field to far-field transformation with helicoidal scanning for elongated antennas 101
A UAPO solution for the field diffracted by a lossy dielectric half-plane 101
An Experimental Validation of the Near-Field - Far-Field Transformation with Spherical Spiral Scan 100
Experimental tests on an effective near-field to far-field transformation with spherical scan from irregularly spaced data 99
Probe position errors corrected near-field-far-field transformation with spherical scanning 99
An iterative technique to compensate for probe positioning errors in the helicoidal scanning 98
A nonredundant spherical NF-FF transformation using a fast spiral scanning: experimental testing @ UNISA antenna characterization lab 97
A singular value decomposition based approach for far-field reconstruction from irregularly spaced planar wide-mesh scanning data 96
Positioning errors compensation in the NF - FF transformation with helicoidal scanning for long antennas: experimental tests 96
Laboratory tests on the direct cylindrical NF – FF transformation using an effective modelling for long AUTs 96
Far field reconstruction from positioning error affected near-field data acquired via a nonredundant spherical scanning 96
A nonredundant near-field to far-field transformation with spherical spiral scanning for nonspherical antennas 95
An Efficient Transformation Technique for the Direct Recovering of the Antenna Far-Field Pattern from Near-Field Measurements Collected along a Helix 95
Scattering by truncated lossy layers: a UAPO based approach 94
A planar NF–FF transformation for quasi-spherical antennas using the innovative spiral scanning 94
A NF/FF transformation with spherical scan for a noncentred quasi-planar antenna using a minimum number of data 94
An efficient cylindrical NF – FF transformation using a very simple and practical antenna modelling 91
An Innovative Direct NF-FF Transformation Technique with Helicoidal Scanning 91
Experimental proofs on a new helicoidal NF scanning for long antennas @ UNISA Antenna Characterization Lab”, Atti della Fondazione “Giorgio Ronchi 89
TD optimal sampling interpolation over a plane from NF data collected through a nonconventional plane-rectangular scanning 89
Near-field – far-field transformation with a planar wide-mesh scanning: experimental testing 88
Probe positioning errors compensation in the NF–FF transformation with cylindrical scanning for long antennas: experimental tests 87
Experimental Testing of Nonredundant Near-Field to Far-Field Transformations with Spherical Scanning Using Flexible Modellings for Nonvolumetric Antennas 87
Near-field-far-field transformation with helicoidal scan: an experimental validation 86
Field representation over an ellipsoid from samples acquired through a spiral scanning 85
An effective NF-FF transformation technique with planar spiral scanning tailored for quasi-planar antennas 85
Non-Redundant Spherical NF - FF Transformations Using Ellipsoidal Antenna Modeling: Experimental Assessments 84
Experimental validation of the NF–FF transformation with helicoidal scanning suitable for elongated antennas 83
Near-field – far-field transformation techniques with spiral scannings 83
An iterative technique to compensate for positioning errors in the NF - FF transformation with helicoidal scanning for long antennas 83
Experimental Proofs on an Effective Near-Field to Far-Field Transformation Technique with Spherical Spiral Scan Suitable for Long Antennas 83
Optimal sampling interpolation over a plane from transient bi-polar near-field data 83
On the Direct Non-Redundant Near-Field-to-Far-Field Transformation in a Cylindrical Scanning Geometry 82
Compensation of the probe positioning errors in the spherical NF – FF transformation for elongated antennas 82
Spherical near-field - far-field transformation for quasi-planar antennas from irregularly spaced data 81
Laboratory proofs on the NF-FF transformation with spherical spiral scanning optimized for quasi-planar antennas 81
Experimental Tests on a Near-Field to Far-Field Transformation Technique Using a Nonconventional Plane-Rectangular Scanning 81
Reconstruction of the Antenna Far-Field Pattern through a Fast Plane-Polar Scanning 81
An effective near-field-far-field transformation technique for elongated antennas using a fast helicoidal scan 81
Trasformazione campo vicino - campo lontano con scansione elicoidale per antenne lunghe 80
A nonredundant spherical NF-FF transformation: Experimental tests @ UNISA antenna characterization lab 80
A model for predicting the scattering by a junction of three dielectric slabs 79
Laboratory tests on the direct near-field - far-field transformation with helicoidal scanning for long antennas 77
Ellipsoidal spiral scanning for elongated antennas 76
Far-field reconstruction from near-field data acquired via a fast spherical spiral scan: experimental evidences 76
Experimental Assessment of an Effective Near-Field–Far-Field Transformation With Spherical Spiral Scanning for Quasi-Planar Antennas 76
Efficient far-field reconstruction of quasi-planar antennas from spherical spiral near-field data 75
Laboratory results on the compensation of probe positioning errors in the NF – FF transformation with helicoidal scan 75
Laboratory tests on a near-field - far-field transformation with spherical scan using a very flexible antenna modelling 75
An experimental validation of a nonredundant NF–FF transformation technique with cylindrical scanning 74
Experimental validation of the NF–FF transformation with helicoidal scanning suitable for elongated antennas 74
Two Techniques for Compensating the Probe Positioning Errors in the Spherical NF–FF Transformation for Elongated Antennas 74
Near-Field to Far-Field Transformation Techniques with Spiral Scannings: A Comprehensive Review 74
Far-field reconstruction from near-field data collected through a planar spiral scan: experimental evidences 74
Two efficient procedures to correct the positioning errors in the plane-polar scanning 74
Far-field pattern reconstruction directly from a minimum number of helicoidal near-field data 73
Far-Field Pattern Reconstruction from Near-Field Data Collected via a Nonconventional Plane-Rectangular Scanning: Experimental Testing 73
Efficient reconstruction of the pattern radiated by a long antenna from data acquired via a spherical-spiral-scanning near-field facility 73
Fast and Accurate Antenna Pattern Evaluation from Near-Field Data Acquired via Planar Spiral Scanning 73
Effective antenna modellings for NF – FF transformations with spherical scanning using the minimum number of data 73
An innovative spiral scanning over an oblate ellipsoid for NF–FF transformation 72
Experimental Testing on an Effective Technique to Reconstruct the Far- Field Pattern of a Long Antenna from Near-Field Measurements Acquired via Spherical Spiral Scan 72
Optimal near-field interpolation in the time domain from data acquired via a nonconventional plane-rectangular scanning 72
Laboratory tests on the near-field - far-field transformation with spherical spiral scan optimized for long antennas 71
Experimental Validation of the Direct NF-FF Transformation with Cylindrical Scanning for Long Antennas 69
Experimental verification of a nonredundant NF-FF transformation with spherical scanning for elongated antennas 69
Laboratory measurements of super-resolving Toraldo pupils for radio astronomical applications 69
Nonredundant near field - far field transformation with spherical spiral scanning for elongated antennas 68
A SVD Algorithm to Compensate the Probe Positioning Errors in the Spherical NF - FF Transformation for Quasi-planar Antennas 68
Evaluation of the far field radiated by long antennas directly from data acquired through a fast helicoidal scanning 68
Antenna pattern reconstruction directly from nonredundant near-field measurements collected by a cylindrical facility 67
Far-field reconstruction from a minimum number of spherical spiral data using effective antenna modellings 67
Antenna directivity evaluation from cylindrical near-field data 66
On the compensation of probe positioning errors when using a nonredundant cylindrical NF–FF transformation 66
Laboratory tests on a nonredundant near-field to far-field transformation with spherical scanning for long antennas 66
Laboratory tests assessing a nonredundant NF-FF transformation technique with plane-polar scanning 66
Experimental testing on a near-field to far-field tranformation with planar spiral scanning for quasi-planar antennas 66
Two Effective Approaches to Correct the Positioning Errors in a Spherical Near-Field-Far-Field Transformation 66
Near-Field/Far-Field Transformation with Helicoidal Scanning from Irregularly Spaced Data 65
An iterative approach to compensate the probe positioning errors in a nonredundant spherical NF-FF transformation 65
Experimental validation of the NF–FF transformation with cylindrical scan from nonuniformly distributed data 64
An efficient iterative procedure to correct the positioning errors in the plane-polar scanning 64
Far-field reconstruction from nonredundant spherical near-field data for quasi-planar sources 63
An effective NF–FF transformation with spherical scanning using the “rounded cylinder” antenna modelling 63
An experimental validation of the near-field - far-field transformation with spherical spiral scan 63
Far field reconstruction from positioning errors affected plane-polar measurements: A SVD approach 62
Nonredundant near-to far-field transformation with spherical scanning suitable for an offset mounted quasi-planar antenna 62
Nonredundant NF-FF transformation with spherical spiral scan for an offset mounted volumetric AUT 62
Laboratory tests on the direct cylindrical NF – FF transformation for volumetrical AUTs 62
Spherical near-field to far-field transformation for quasi-planar antennas: an experimental validation 61
Positioning errors compensation in a nonredundant spherical NF-FF transformation: experimental evidences 61
Trasformazione campo vicino - campo lontano con scansione elicoidale per antenne lunghe 60
Far-field pattern reconstruction from positioning errors affected near-field data acquired via helicoidal scanning 60
Far-field reconstruction from plane polar near-field data affected by probe position errors 60
Near-field-far-field transformation technique with helicoidal scanning for elongated antennas 59
The unified theory of near–field – far–field transformations with spiral scannings for nonspherical antennas 59
Laboratory testing on a nonredundant NF-FF transformation with plane-polar scanning optimized for quasi-planar antennas 59
Nonredundant NF-FF transformation with spherical scan accounting for an offset mounting of a long AUT 59
Totale 7753
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Categoria #
all - tutte 13008
article - articoli 0
book - libri 0
conference - conferenze 0
curatela - curatele 0
other - altro 0
patent - brevetti 0
selected - selezionate 0
volume - volumi 0
Totale 13008
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Totale Lug Ago Sett Ott Nov Dic Gen Feb Mar Apr Mag Giu
2017/20181634 0000 250378 117536 7811710148
2018/20191000 54754698 59206 7740 104641689
2019/20201307 3523415741 11933 15948 1204217824
2020/20211052 31061307 13135 1394 10916138234
2021/20221126 6278 1034 1172 150150154522
2022/2023441 1978135128 00 00 0000
Totale 10163