Verfügbarkeit: Second International Conference on Computation in Electromagnetics

Second International Conference on Computation in Electromagnetics: 12 - 14 April 1994 ; venue: University of Nottingham, UK

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Bibliographische Detailangaben
Körperschaft:	International Conference on Computation in Electromagnetics Nottingham (VerfasserIn)
Format:	Tagungsbericht Buch
Sprache:	English
Veröffentlicht:	London Inst. of Electrical Engineers 1994
Schriftenreihe:	Institution of Electrical Engineers: IEE conference publication 384
Schlagworte:	Berechnung Elektromagnetisches Feld Konferenzschrift > 1994 > Nottingham
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XVI, 389 S. Ill., graph.Darst.
ISBN:	0852966091

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Datensatz im Suchindex

_version_	1804124594798329856
adam_text	Contents The Institution of Electrical Engineers is not, as a body, responsible for the opinions expressed by individual authors or speakers Page No. GENERAL 1 1 The finite element modelling of three-dimensional time-harmonic electromagnetic fields G Mur Dein University of Technology, Netherlands 5 Near and far field modelling of p.e.c.cavity-backed apertures by a mixed finite and infinite element method JAR Macnab DRA Farnborough, UK M S Towers and A McCowen University College Swansea, UK 8 Computation of 3-D capacitances of transmission-line discontinuities with the boundary-element method G Mäder and F H Uhlmann University of Technology Ilmenau, Germany 12 TLM and Maxwell s equations M Krumpholz and Ρ Russer Ferdinand-Bruan-Institut für Höchstfrequenztechnik, Germany Finite Elements - Low Frequency I 16 Numerical calculation of temperature distribution in the melt of induction crucible furnaces G Henneberger and R Obrecht University of Technology Aachen, Germany 20 Modelling of dynamical behaviours of electro-magneto-mechanical coupled systems Z Ren and A Razek Laboratoire De Génie Electrique De París, France 24 Simulation of the dynamic performance of non-linear electro-mechanical systems D S Smith and D Howe University of Sheffield, UK 28 Comparison between finite element and integral equation modelling of power busbar systems О Bottauscio and D Chiarabaglio Istituto Elettrotecnico Nazionale Galileo Ferraris, Italy E Cardelli Universita di Perugia, Italy M Chiampi Politecnico di Torino, Italy M Gimignani and M Raugi Universita di Pisa, Italy iv Contents Page No. MODAL AND RAY METHODS 32 Analysis of multilayered semicondutor leaky rib waveguides G M Berry and S V Burke University of Wales College of Cardiff, UK J Heaton Defence Research Agency, UK 36 Modal theory of eddy currents in thin circular plates P P Silvester McGill University, Canada Z Chen Technical University of Nova Scotia, Canada 40 An impedance UTD model for the prediction of terrain undulation and roughness effects in radiating systems M M Poulose Instuitut Teknologi Brunei, Brunei 44 Convergency study of an algorithm to design dual band polarizers J L Fontecha and С Cagigal DETyCOM AIE, Spain Finite Element/Boundary Integral Methods - Low Frequency 48 Simulation of travelling electric field manipulation of bioparticles M P Hughes, Х -B Wang, J P H Burt, R Pethig and L R Watkins University of Wales Bangor, UK 52 A 2D dynamic formulation for non-linear finite element modelling of Terfenol-D rods МЕН Benbouzid, G Reyne and G Meunier Laboratoire d Electrotechnique de Grenoble, France 56 A computational study of localised loss in a distribution transformer A Basak, G Lloyd and C H Yu University of Wales College of Cardiff, UK 60 Design optimization using the BEM coupled with genetic algorithm JA Vasconcelos UFMG, Brazil L Krähenbühl, L Nicolas and A Nicolas Centre de Genie Electrique de Lyon, France NETWORK METHODS AND NEURAL ALGORITHM 64 An equivalent electric network model for non-linear 3-D magnetostatic field analysis M Gimignani, A Musolino and M Raugi, Universita di Pisa, Italy 68 Non-Linear magnetic and electric equivalent circuit models for transient and harmonic analysis of power transformers and traction systems L Haydock Nottingham Trent University, UK S A Holland Brush Transformers Ltd, UK Contents Page No. 72 Accurate and efficient representations of exact electromagnetic scattering models using artificial neural networks R Naimimohasses and P R Smith Loughborough University of Technology, UK 76 Advances in neural networks non-destructive testing F C Morabito and M Campolo Universita di Reggio Calabria, Italy СЕМ METHODS AND APPLICATIONS I (Poster Presentations) 80 Characterization and modelling of electrically small systems to predict EMC performance in different environments S С Wang, A P Duffy and C Christopoulos, University of Nottingham, UK 84 Optimised image theory for dielectric layer modelling in PCBs K J Scott Philips Research Laboratories, UK 88 Accurate modelling of 1С interconnect performance using the Method of Lines К W Royer and M I Sobhy University of Kent at Canterbury, UK 92 Computational aspects of shortwave scattering by a smooth waveshaped grating under grazing incidence M M Popov and V V Zalipaev V.A.Steklov Mathematics Institute, Russia 95 Improved modelling of head-antenna interactions using spherical wave expansions R A Sadeghzadeh, N J McEwan and M S Abrishamian University of Bradford, UK 99 Beam optimization by means of a reconfigurable reflector with true bending stiffness N С Alberstsen, К Pontoppidan and S B Serensen TICRA, Denmark GAE Crone ESTEC, The Netherlands 103 Application of the FDTD technique on microwave heating L Ma, N M Pothecary and C J Railton University of Bristol, UK 107 The Imagisťs wand С F Hamer and R S Lin ford University of Plymouth, UK 111 Response of coplanar strip lines to antenna fields in the near field zone S Sali University of Newcastle, UK VI Contents Page No. 116 Generation of an optimal reluctance network model for fast 2-D and 3-D simulations of electro-magnetic devices J Worotynski and E Worotynska The University of Sydney, Australia M Turowski Technical University of Lodz, Poland 120 A TLM algorithm simulator for the visualisation of time discrete electromagnetic processes J A Russer RTI, Germany W J R Hoef er University of Victoria, Canada 123 Analytical and new transmission line equivalent circuit modelling methods for swept frequency of power transformers N Al-Khayat and L Haydock Nottingham Trent University, UK 127 Application of spectral domain technique in analysis of multi-layer planar antennas and radiating structures D Mirshekar-Syahkal and W K Ofosu University of Essex, UK H R Hassani University of Shahed, Iran 131 A method to improve computation efficiency for the radiation pattern of an airborne antenna К Yamamoto and К Yanada Electronics Navigation Research Institute, Ministry of Transport, Japan 135 Experimental verification of a finite element solution to heating problems in a multi-mode cavity D С Dibben and А С Metaxas Cambridge University, UK GENERAL II 138 A new vision of numerical methods for the solution of Maxwell s equations related to the FD-TD method; Application to General Anisotropie Media T Materday, S Gonzalez, R Gómez and В García Universidad de Granada, Spain 142 The use of graded and multigrid techniques in transmission-line modelling J L Herring and C Christopoulos University of Nottingham, UK 146 A moment method analysis of a transverse slot fed by a boxed stripline A J Sangster and P Smith Heriot-Watt University, UK Finite Elements - Low Frequency II 150 Modelling of a loaded cavity with automatic adaptive mesh refinement С Li, L Pichón, Z Ren and A fíazek, Laboratoire De Génie Electrique De Paris, France vii Contents Page No. 154 Permanent magnet modelling by edge element and facet element (Discussion on the force distribution in permanent magnet) Z Ren and A Razek Laboratoire De Génie Electrique De Paris, France 158 Assuring conformity in 3-Dimensional self adaptive mesh generation for the finite element method K G Mitchell and J Penman University of Aberdeen, UK Finite Differences I 162 Finite difference analysis of active optical waveguide devices T M Benson and R J Bozeat University of Nottingham, UK P C Kendall University of Sheffield, UK 166 FDTD modelling of 3D optical pulse propagation in linear and nonlinear materials D B Davidson University of Stellenbosch, Republic of South Africa R W Ziolkowski and J В Judkins University of Arizona, USA 170 Finite difference modelling of non-linear behaviour in high temperature superconducting transmission lines J S Herd USAF Rome Laboratory, USA K G Herd GE Corp Research and Development, USA 174 Modelling of dielectrically loaded cavities using the finite integral technique A E Centeno and P S Exceli University of Bradford, UK CEM METHODS AND APPLICATIONS II (Poster presentations) 178 On the use of combined potential sets to cope with general eddy current problems Z Cheng, О Ни, S Gao, Z Liu, С Ye, M Wu Baoding Transformer Works, People s Republic of China 182 Evaluation of steady-state characteristics of a single-phase shaded pole induction motor by circuit-field method К Makowski Technical University of Wroclaw, Poland 186 Space change of eddy current power by induction heating of steel cylinders V Demidovich, G D Komrakova, VI Rudnev and A Harfoush Electrotechnical University, Russia VIII Contents Page No. 189 Efficient computer modelling of interaction of field and surface crack in surface magnetic field measurement technique S H H Sadeghi Amirkabir University, Iran D Mirshekar-Syahkal University of Essex, UK 193 A novel adaptive mesh generator based on Kohonen s neural network model and vector quantization L Rao, В He and W Yan Hebei Institute of Technology, People s Republic of China 198 Finite element modelling of magnetic fields and calculations of static characteristics of linear step motors for control rod drives of nuclear reactors S H Khan City University London, UK A A Ivanov St Petersburg State Technical University, Russia 203 Applying 3D FEM to evaluate induction heating of a slab L Gong, R Hagel and R Unbehauen Fredrich-Alexander Universität Erlangen Nürnberg, Germany 207 Steady state characteristics of a shaded-pole motor by finite element analysis C B Rajanathan and G A Cooper Dundee Institute of Technology, UK 211 Simulation of multi-phase induction heating systems A AH, V Bukanin and V Nemkov St Petersburg Electrotechnical University, Russia F Dughiero, S Lupi and P Siega University of Padua, Italy 215 A Three Step refinement process for automatic 2- D mesh adaption R Ait-Sadi and C R I Emson Vector Fields Ltd, UK 219 Computations of superconducting magnet s quench processes Г Janowski and P Surdacki Lublin Technical University, Poland 223 Application of sensitivity analysis to the calculation of electromagnetic field quantities J A Ramirez and E M Freeman Imperial College, UK D A Lowther McGill University, Canada 227 2-D numerical simulation of electrostatic micromotor torque P Di Barba, A Savini University of Pavia, Italy S Wiak Technical University of Lodz, Poland ix Contents Page No. 231 Design of electromagnetic devices using sensitivities computed with the adjoint variable method D N Dyck and D A Lowther McGill University, Canada Ε Μ Freeman Imperial College, UK 235 Dimensioning and design of direct controlled solenoid actuators in cryogenic ARIANE5 valves P J Schiebener, A Pfeiffer and К Smirra Deutsche Aerospace AG, Germany 239 Analytical modelling of frequency parameters of lines M Kane and Ph Auriol Centre de Genie Electrique de Lyon, France 243 Field method of performance characteristics shaping of electrical machine by construction modifications P Staszewski Warsaw University of Technology, Poland 247 The boundary-element-like estimation of electromagnetic force in the finite element method T Onuki, S Wakao, H Saito and К Ikemoto Waseda University, Japan 251 The Mathematical methods and electromagnetic codes for physical electronics devices V Y Ivanov Institute of Mathematics, Russia MODELLING HIGH FREQUENCIES 255 Numerical prediction of three-dimensional temperature distributions inside a microwave oven using the method of lines W В Fu and А С Metaxas Cambridge University, UK 259 A recursive FE-TD algorithm for the analysis of the interaction between an EM field and a lossy multiconductor line S Celozzi University of Rome La Sapienza , Italy 263 Calculation of antenna mutual coupling from radiated far fields L D Bamford and P S Hall Cran field University, Royal Military College of Science, UK A Fray Defence Research Agency, RSRE, UK Transmission-Line Modelling I 267 The simulation of coupled electromagnetic and thermal problems in microwave heating C Flockhart, V Trenkic and С Christopouìos University of Nottingham, UK Contents Page No. 271 Modelling the damping of screened room resonances by Ferrite Tiles using frequency dependent boundaries in TLM J F Dawson, J Ahmadi and A C Marvin University of York, UK 275 Hybrid time domain modelling for automotive EMC S Lawton and D D Ward Motor Industry Research Association, UK S R Cloude and J F Dawson University of York, UK Finite Elements-High Frequencies II 279 Efficient use of symmetry for finite element analysis of eigenvalue problems B M Dillon and AAP Gibson UMIST, UK 283 A 2D finite element/boundary element method applied to practical 2D and 3D scattering problems F J C Meyer and D B Davidson University of Stellenbosch, Republic of South Africa 287 Computations of birefringence characteristics of anisotropic fibres by solving the vectorial Maxwell equations M Fontaine Universite du Quebec a Hull, Canada 291 Finite element analysis of a D-band quarter wave microstrip patch antenna К С Clarke The MacNeal-Schwendler Co Ltd, UK Transmission-Line Modelling II 295 Dispersion of time-domain and frequency-domain formulations of the symmetrical condensed TLM node D P Johns Kimberley Communications Consultants, UK C Christopoulos University of Nottingham, UK 299 Interfacing the transmission line method (TLM) and state-space (SS) techniques to analyse general non-linear structures M I Sohby and E A Hosny University of Kent at Canterbury, UK P Russer and В Isele Technische Universität München, Germany С Christopoulos University of Nottingham, UK 303 SPICE as a Maxwell s equations solver С С Wong Royal Melbourne Institute of Technology, Australia xi Contents Page No. Boundary Element-Integral Methods I 307 Generalized BIE-BLA formulation of skin and proximity effect problems for an arbitary regime of magnetic field generation S V Yuferev Russian Academy of Sciences, Russia 311 A fast algorithm for the wideband analysis of 3-D waveguide junctions Ρ Arcioni, M Bressan, G Conciauro and L Perregrini University oí Pavia, Italy 315 The new parallel numerical approach for analysis of the larger scale 3-D electromagnetic field problems of arbitrary shape QYu Beijing Astronomical Observatory, Chinese Academy of Sciences, People s Republic of China Finite Differences II 319 Characteristic-absorption: A general method to improve absorbing boundary conditions W R Smith, S Taylor and A N Milne Fluid Gravity (Eng Ltd), UK 323 Three dimensional cylindrical coordinate finite-difference time-domain analysis of curved slotline О Chen and V F Fusco Queens University of Belfast, UK 327 Discontinuities of planar millimetric circuits by FD-TD Method F Moglie, T Rozzi, M Manini and R Severíni University of Ancona, Italy 331 The efficient analysis of a cylindrical resonator using a modified FDTD method C J Railton University of Bristol, UK Boundary Element-Integral Methods II 335 Exact operator method for the analysis of dielectric waveguides with application to integrated optics devices and laser facets C J Smartt and T M Benson University of Nottingham, UK P C Kendall University of Sheffield, UK 339 BEM employing Taylor expansion for modelling complex PCB layout R F Milšom, K J Scott and A T Yule Philips Research Laboratories, UK 343 An entire domain analysis of a horizontally polarized omni-directional antenna array A J Sangster and H Wang Heriot-Watt University, UK XII Contents Page No. Method of Moments I 347 Mutual impedence and the folded dipole A R Clark and A P C Fourie University of Witwatersrand, Republic of South Africa 351 Numerical modelling of diffraction by objects in GTEM cells L Píerantoni, T Rozzi, R de Leo and L ¿appelli Universita di Ancona, Italy 355 Moment method of computing equivalent circuit of coplanar waveguide T- junction D Mirshekar-Syahkal University of Essex, UK 359 A numerical calculation of transient antenna impedance S M Booker, A P Lambert and P D Smith University of Dundee, UK PROCESSING TECHNIQUES 363 An advanced algorithm for transient analysis of grounding systems by moments method G Ala, P Buccheri, E Francomano and A Tortomi University of Palermo, Italy 367 Parallel implementations of the finite difference time domain (FDTD) method D P Rodohan Brunei University, UK S R Saunders Philips Telecom, UK 371 Application of domain decomposition methods for numerical modelling of wave phenomena on serial and parallel computer architectures C T Spring and А С Cangellaris University of Arizona, USA Method of Moments II 375 Characteristic modal analysis using a Galerkin shell K P Murray and В A Austin University of Liverpool, UK 379 A FFT-based formulation for 3D pec scatterers in the resonance region A McGowan and T V Tran University College of Swansea, UK 382 An improved physical basis for computer modelling of radiation from curved wires R A Abd-Alhameed and P S Exceli University of Bradford, UK 386 A Hybrid FEM-MOM analysis for the scattering and radiating properties of a slot in slotted-wave guide array antennas A J Sangster and H Wang Herriot-Watt University, UK xiii LIST OF AUTHORS Page No. Page No. Abd-Alhameed R A .........................382 Abrishamian M S............................ 95 AhmadiJ ........................................271 Ait-SadiR .......................................215 AI-KhayatN....................................123 AlaG ..............................................363 AliA ................................................211 Alberstsen N C ...............................99 Arcioni P .........................................311 AuriolPH ........................................239 Austin B A ......................................375 BamfordLD ...................................263 BasakA ..........................................56 BenbouzidMEH ............................52 BensonTM ....................................162, 335 Berry G M .......................................32 BookerSM ....................................359 BottauscioO ..................................28 BozeatRJ ......................................162 Bressan M ......................................311 Buccheri P .....................................363 BukaninV .......................................211 BurkeSV .......................................32 BurtJPH .......................................48 CagigalC .......................................44 CampoloM ....................................76 CangellarisAC ...............................371 CardelliE ........................................28 CelozziS ........................................259 CentenoAE ................................... 174 Chen Q ...........................................323 ChenZ ...........................................36 ChengZ .........................................178 Chiampi M ......................................28 Chiarabaglio D ...............................28 ChristopolousC .............................80, 142, 267, 295, 299 ClarkAR ........................................347 Clarke K C ......................................291 CloudeSR .....................................275 ConciauroG ...................................311 CooperGA ....................................207 CroneGAE ....................................99 Davidson D B .................................166, 283 Dawson J F ....................................271, 275 de Leo R .........................................351 DemidovichV .................................186 Di Barba P ......................................227 DibbenDC .....................................135 Dillon B M .......................................279 Duffy АР........................................ 80 DughieroF .....................................211 DyckDN ........................................231 EmsonCRI ....................................215 ExcellPS .......................................174, 382 FlockhartC ....................................267 Fontaine M..................................... 287 Fontecha J L ...................................44 FourieAPC ....................................347 Francomano E................................ 363 Fray A .............................................263 Freeman E M ..................................223, 231 Fu W ...............................................255 FuscoVF .......................................323 GaoS .............................................178 GarciaB .........................................138 Gibson AA P ..................................279 Gimignani M ...................................28, 64 GómezR ........................................138 Gong L ...........................................203 GonzálezS .....................................138 HageIR ..........................................203 HalIPS ...........................................263 HamerCF ......................................107 HarfoushA .....................................186 HassaniHR ....................................127 HaydockL .....................................68, 123 HeB ...............................................193 HeatonJ .........................................32 HennebergerG ..............................16 HerdKG ........................................170 HerdJS .........................................170 Herring J L...................................... 142 HoeferWJR ..................................120 HollandSA ....................................68 HosnyEA .......................................299 Howe D.......................................... 24 HuQ ...............................................178 HughesMP ....................................48 IkemotoK .......................................247 IseleB ............................................299 Ivanov AA ......................................198 IvanovVY ......................................251 JanowskiT .....................................219 Johns D P....................................... 295 Judkins J B .....................................166 xiv LIST OF AUTHORS Page No. Page No. KaneM ...........................................239 KendallPC ..................................... 162. 335 KhanSH ........................................ 198 KomrakovaG D .............................. 186 Krähenbühl L.................................. 60 Krumpholz M .................................. 12 LambertAP ...................................359 LawtonS ........................................275 LiC ................................................. 150 LinfordRS ..................................... 107 LiuZ ............................................... 178 LloydG ...........................................56 LowtherDA ....................................223, 231 LupiS .............................................211 MaL ...............................................103 Macnab J AR.................................5 MäderG.........................................8 Makowski К ...................................182 ManiniM ........................................327 Marvin А С ......................................271 MaterdayT.....................................138 McCowenRA ................................5 McEwanNJ ...................................95 McGowanA ...................................379 MetaxasAC ...................................135, 255 MeunierG ......................................52 MeyerFJC ....................................283 MilneAM .......................................319 Milšom R F Dr................................. 339 Mirshekar-Syahkal D ......................127, 189, 355 Mitchell K G ....................................158 MoglieF .........................................327 MorabitoFC ..................................76 MurG .............................................1 MurrayKP .....................................375 MusolinoA .....................................64 Naimimohasses R ..........................72 NemkovV .......................................211 Nicolas A ........................................60 Nicolas L ........................................60 ObrechtR .......................................16 OfosuWK ......................................127 OnukiT ..........................................247 Penman J....................................... 158 PerregriniL .....................................311 PethigR .........................................48 PfeifferA ........................................235 Pichón L......................................... 150 Pierantoni L.................................... 351 PontoppidanK ...............................99 Popov M M .....................................92 Pothecary N M ............................... 103 PouloseMM ..................................40 RailtonCJ ...................................... 103. 331 RajanathanCB ..............................207 Ramirez J A ....................................223 RnoL .............................................. 193 RaugiM ..........................................28, 64 RazekA ..........................................20, 150, 154 RenZ ..............................................20, 150, 154 ReyneG .........................................52 RodohanDP ..................................367 RoyerK ..........................................88 RozziT ...........................................327, 351 RudnevVI ...................................... 186 Russer J A ...................................... 120 RusserP .........................................12, 299 SadeghiS H H ................................189 Sadeghzadeh R A ...........................95 SaitoH ...........................................247 SaliS .............................................. 111 SangsterAJ ................................... 146, 343, 386 SaundersSR .................................367 SaviniA ..........................................227 Schiebener P.................................. 235 ScottK J .........................................84, 339 Severini R .......................................327 Siega P ...........................................211 Silvester P P ...................................36 SmarttC J ......................................335 SmirraK .........................................235, 339 SmithDS .......................................24 SmithP ..........................................146 SmithPD .......................................359 SmíthPR .......................................72 SmithWR ......................................319 SobhyMI .......................................88, 299 SorensenSB .................................99 SpringCT ......................................371 Staszewski P ..................................243 Surdacki P ......................................219 Taylors..........................................319 TortoriciA .......................................363 Towers M S ....................................5 Tran T V ..........................................379 TrenkicV ........................................267 TurowskíM ....................................116 xv LIST OF AUTHORS Page No. Page No. Uhlmann H .....................................8 YaV ................................................ . 251 Unbehauen R .................................203 YamamotoK ..................................131 YanW .............................................193 Vasconcelos J A .............................60 YamadaK ......................................131 YeC ...............................................178 WakaoS .........................................247 YuCH ............................................56 Wang H ..........................................343, 386 YuQ ...............................................315 WangSC .......................................80 YuferevSV .....................................307 WangX-B .......................................48 Yule AT ..........................................339 Ward D D........................................ 275 WatkinsLR ....................................48 ZalipaevVV ....................................92 WiakS ............................................227 Zappelli L .......................................351 WongCC .......................................303 Ziolkowski R W............................... 166 Worotynski J ..................................116 WorotynskaE.................................116 WuM..............................................178 XVI
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discipline	Elektrotechnik Elektrotechnik / Elektronik / Nachrichtentechnik
format	Conference Proceeding Book
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genre_facet	Konferenzschrift 1994 Nottingham
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indexdate	2024-07-09T17:48:09Z
institution	BVB
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isbn	0852966091
language	English
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physical	XVI, 389 S. Ill., graph.Darst.
publishDate	1994
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publisher	Inst. of Electrical Engineers
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series	Institution of Electrical Engineers: IEE conference publication
series2	Institution of Electrical Engineers: IEE conference publication
spelling	International Conference on Computation in Electromagnetics 2 1994 Nottingham Verfasser (DE-588)5113568-1 aut Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK Computation in electromagnetics London Inst. of Electrical Engineers 1994 XVI, 389 S. Ill., graph.Darst. txt rdacontent n rdamedia nc rdacarrier Institution of Electrical Engineers: IEE conference publication 384 Berechnung (DE-588)4120997-7 gnd rswk-swf Elektromagnetisches Feld (DE-588)4014305-3 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1994 Nottingham gnd-content Elektromagnetisches Feld (DE-588)4014305-3 s Berechnung (DE-588)4120997-7 s DE-604 Institution of Electrical Engineers: IEE conference publication 384 (DE-604)BV001889735 384 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006771735&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK Institution of Electrical Engineers: IEE conference publication Berechnung (DE-588)4120997-7 gnd Elektromagnetisches Feld (DE-588)4014305-3 gnd
subject_GND	(DE-588)4120997-7 (DE-588)4014305-3 (DE-588)1071861417
title	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK
title_alt	Computation in electromagnetics
title_auth	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK
title_exact_search	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK
title_full	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK
title_fullStr	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK
title_full_unstemmed	Second International Conference on Computation in Electromagnetics 12 - 14 April 1994 ; venue: University of Nottingham, UK
title_short	Second International Conference on Computation in Electromagnetics
title_sort	second international conference on computation in electromagnetics 12 14 april 1994 venue university of nottingham uk
title_sub	12 - 14 April 1994 ; venue: University of Nottingham, UK
topic	Berechnung (DE-588)4120997-7 gnd Elektromagnetisches Feld (DE-588)4014305-3 gnd
topic_facet	Berechnung Elektromagnetisches Feld Konferenzschrift 1994 Nottingham
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006771735&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
volume_link	(DE-604)BV001889735
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