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Table of Contents
1. Transmission lines, cables, earthing
2. Transformers, transducers, ferroresonance, inrush
3. Switching transients
4. Lightning, very-fast transients, LEMP, EMC
5. HVDC, FACTS, controllers, power electronics
6. Power quality, harmonics
7. Power system dynamics, machines and drives, microgrid, windpower
8. Real time simulation systems, algorithms
9. Artificial intelligence, neural net applications
10. System
protection, fault location
11. New
simulation tools, new solution methods
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1.
Transmission lines, cables, earthing
Condensed Transmission Line
Model in EMTP-Type Program. Use of Complex Elements
IPST05-049-2a: Marcos
A. Paz, M.C.Tavares, J. Pissolato, C. M. Portela (Brazil)
Transmission Line Analyses with
a Single Real Transformation Matrix – Non-symmetrical and Non-transposed
cases
IPST05-055-2b: A. J.
Prado, J. Pissolato Filho, S. Kurokawa, L. F. Bovolato (Brazil)
A Characteristic based Model
for Electromagnetic Transient Analysis of Multiconductor Lines with Corona
and Skin Effects
IPST05-056-2c: M.
Dávila, J. L. Naredo, P. Moreno (Mexico)
Transient Analysis of Single
Phase Non Uniform Lines with Frequency Dependent Electrical Parameters
IPST05-189-2d: Pablo
Gomez, Pablo Moreno V., Jose. L. Naredo (Mexico)
Effect of Impedance Approximate
Formulae on Frequency Dependence Realization
IPST05-208-2e: Thiago
F.R.D.Martins, Antonio C. S. Lima, Sandoval Carneiro Jr. (Brazil)
Clarke Extended Methodology for
Two Three-phase Double-circuit Lines
IPST05-230-2f: J. C. C.
Campos, J. Pissolato Filho, A. J. Prado, S. Kurokawa (Brasil)
Performance of Earthing Systems
of Operational/Live Stations Under Impulse Conditions
IPST05-007-4a: N. A.
Idris, A. Ramli, N. Mohamad Nor, H. Ahmad (Malaysia)
HV Substation Overvoltage
Computation Taking into Account Frequency Dependent Transients on the
Substation Grounding System
IPST05-097-4b: S.
Sadovic, R. Gacanovic, M. Rascic (France)
Evaluation of Grounding
Performance of Energized Substations by Ground Current Measurement
IPST05-128-4c: J.K.
Choi, Y.H. Ahn, J.W. Woo, G.J. Jung, B.S. Han, K.C. Kim (Korea)
Mutual Ground Impedances
between Overhead and Underground Transmission Cables
IPST05-151-4d: F. A.
Uribe (Mexico)
Earth Conductivity and
Permittivity Data Measurements–Influence in Transmission Line Transient
Performance
IPST05-157-4e: J. B.
Gertrudes, M. C. Tavares, J. Pissolato Filho, C. Portela (Brazil)
Transmission Line Modeling of
Grounding Electrodes and Calculation of their Effective Length under Impulse
Excitation
IPST05-239-4f: M.I.
Lorentzou, N.D.Hatziargyriou (Greece)
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2. Transformers,
transducers, ferroresonance, inrush
Computation of Very Fast
Transient Overvoltages in Transformer Windings
IPST05-009-3a: M.
Popov, L. van der Sluis, G.C. Paap, H. de Herdt (The Netherlands)
Modelling and Analysis of
Transformer Winding at High Frequencies
IPST05-025-3b: Yoshikazu
Shibuya, Takuto Matsumoto, Tsuneharu Teranishi (Japan)
Detailed High Frequency Models
of Various Winding Types in Power Transformers
IPST05-100-3c: Kenneth
Pedersen, Morten Erlandsson Lunow, Joachim Holbøll, Mogens Henriksen (Denmark)
High Frequency FEM-based Power
Transformer Modeling: Investigation of Internal Stresses due to Network-Initiated
Overvoltages
IPST05-106-3d: E.
Bjerkan, H. K. Høidalen (Norway)
Computation of Very Fast
Transient Overvoltages inside Transformers resulting from Switchings in Power
Plants
IPST05-135-3e: O.
Moreau, G. Dos Santos, Y. Guillot (France)
Transformer Inrush Studies for
Wind farm Grid Connections
IPST05-026-10a: K. S.
Smith (United Kingdom)
Case Study of Sympathetic
Interaction Between Transformers Caused By Inrush Transients
IPST05-125-10b: M.
Sengül, B. Alboyaci, S. Öztürk, H.B. Cetinkaya (Turkey)
Analytical Study of Transformer
Inrush Current Transients and Its Applications
IPST05-140-10c: Sami G.
Abdulsalam, Wilsun Xu (Canada)
Characterization of
Ferroresonant Modes in HV Substation with CB Grading Capacitors
IPST05-146-12a: M. Val
Escudero, I. Dudurych, M. A. Redfern (Ireland)
Coupling Capacitor Voltage
Transformer: Laboratory Tests and Digital Simulations
IPST05-076-12b: D.
Fernandes Jr., W. L. A. Neves, J. C. A. Vasconcelos, M. V. Godoy (Brazil)
Considerations in Applying EMTP
to Evaluate Current Transformer Performance under Transient and High Current
Fault Conditions
IPST05-206-12c: Rasheek
M. Rifaat (Canada,)
Application of PSCAD/EMTDC and
Chaos Theory to Power System Ferroresonance Analysis
IPST05-227-12d: Preecha Sakarung, Somchai Chatratana (Thailand)
Using Zigzag Transformers with
Phase-shift to reduce Harmonics in AC-DC Systems
IPST05-044-10d: H. K.
Høidalen, R. Sporild (Norway)
Leakage Inductance Model for
Autotransformer Transient Simulation
IPST05-248-10e: B.A.
Mork, F. Gonzalez, D. Ishchenko (USA)
Power transformers in parallel
which share a neutral resistance: how to manage the circulating current
between the secondary windings
IPST05-036-14a: C.
Saldana, G. Calzolari (Uruguay)
Using HF Lumped Parameter Model
for HVDC Power Transformer Failure Investigation
IPST05-108-14b: J.
Prins, M. Saravolac (France)
On Line Analysis of Short
Circuit Tests on Windings
IPST05-114-14c: S.
Santhi, S. Jayalalitha, V. Jayashankar (India)
Modeling Faults During Impulse
Testing of Transformers
IPST05-119-14d: V.
Jayashankar, C. Kumaravelu, A. Palani, S. Usa, K. Udayakumar (India)
Modeling of IPC Transformer
Windings for Fast Transient Studies
IPST05-226-14e: S.M.H.
Hosseini, M. Vakilian and G.B. Gharehpetian (Iran)
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3. Switching
transients
A Knowledge Base for Switching
Surge Transients
IPST05-050-7a: A. I.
Ibrahim, H. W. Dommel (Canada)
Surge Arresters Operation at
Opening of No-load 500kV Transmission Line
IPST05-052-7b: S.
Nomoto, S. Yoshiike, K. Miyake (Japan)
Application of Transmission
Line Surge Arresters to Reduce Switching Overvoltages
IPST05-082-7c: H.
Seyedi, M. Sanaye-Pasand (Iran)
Effects of Transmission Line
Construction on Resonance in Shunt Compensated EHV Lines
IPST05-109-7d: Marta
Val Escudero, Miles Redfern (Ireland)
Parametric Sensitivity Studies
and Protective Measures for Switching Overvoltages Arising from VCBs in
Induction Motor Circuit
IPST05-196-7e: Cat S.
M. Wong, Edward W. C. Lo, Laurence A. Snider (USA)
Current Switching with High
Voltage Air Disconnector
IPST05-229-7f: Salih
Carsimamovic, Zijad Bajramovic, Miroslav Ljevak, Meludin Veledar, Nijaz
Halilhodzic (Bosnia and Herzegovina)
Analysis of Unexpected Fault
Current Limiter Operation using EMT Programs
IPST05-038-16a: M. S.
Hibbert, K. S. Smith (Australia)
Limitation of Transmission Line
Switching Overvoltages using Switchsync Relays
IPST05-087-16b: M.
Sanaye-Pasand, M.R. Dadashzadeh, M. Khodayar (Iran)
The Investigation for
adaptation of High Speed Grounding Switches on the Korean 765kV Single
Transmission Line
IPST05-096-16c: S.P.
Ahn, C.H. Kim, H.J. Ju, E.B. Shim (Korea)
Brazilian Successful Experience
in the Usage of Current Limiting Reactors for Short-Circuit Limitation
IPST05-215-16d: J. Amon F.,
P. C. Fernandez, E. H. Rose, A. D´Ajuz, A. Castanheira (Brazil)
A Feasibility Study for
Conversion of 345/138 kV Auto-Transformers into Fault Current Limiting
Transformers
IPST05-251-16e: Don F.
Menzies, Andréia M. Monteiro, Sandoval C. Júnior, Alquindar S. Pedroso (Brazil)
Islanding and Overvoltage
Considerations in Grounding of Distributed Generation
IPST05-092-16f: Peter E.
Sutherland, Tom Short and Keith S. McAllister (USA)
An evaluation of the
short-circuit transient current on circuit breakers for the Hydro-Québec
sub-transmission network in the presence of subsynchronous phenomenon of the
735 kV series compensated transmission system.
IPST05-054-18a: P.
Larivière, D. Vinet (Canada)
Identification of Fault
Locations using Transient State Estimation
IPST05-064-18b: K. K.C.
Yu, N. R. Watson (New Zealand)
Stochastic Approach For
Modeling Arcing Faults In Cables From Experimental Data
IPST05-123-18c: Mangapathirao
V. Mynam, Ron Nelson, Richard W. Wall, Brian K. Johnson (USA)
Numerical Modeling of Vacuum
Arc Dynamics At Current Zero Using ATP
IPST05-155-18d: Lionel
R. Orama-Exclusa (Puerto Rico)
SF6 Generator Circuit Breakers
Modeling
IPST05-243-18e: S. Y.
Leung, Laurence A. Snider, Cat S. M. Wong (USA)
Study of 345kV Transient
Recovery Voltages on the Illinois Power System
IPST05-024-20a: R. A.
Niemerg, T. E. Grebe (USA)
Transient Recovery Voltage
Requirements Associated with the Application of Current-Limiting Series
Reactors
IPST05-041-20b: D.
Shoup, J. Paserba, R. G. Colclaser, T. Rosenberger, L. Ganatra, C. Isaac (USA)
Transient Recovery Voltage at
Series Compensated Transmission Lines in Piauí, Brazil
IPST05-133-20c: S.
Henschel, L. Kirschner, M.C. Lima (Germany)
Configuration of Subroutine
MODELS of ATPDraw in Transient Recovery Voltage (TRV) Studies for Circuit
Breakers
IPST05-205-20d: D. G.
Pimenta, J. Amon Filho (Brasil)
Transient Recovery Voltage
Investigation in the Application of 15 kV Circuit Breaker Failure
IPST05-224-20e: Xuegong
Wang, Paul Wilson, Jen Zhou, Dharshana Muthumuni, Dan Kell, Kwok-Wai Louie (Canada)
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4. Lightning,
very-fast transients, LEMP, EMC
Maximum Lightning Overvoltage
along a Cable due to Shielding Failure
IPST05-018-9a: Thor
Henriksen (Norway)
The Measurement and Analysis of
Surge Characteristics using Miniature Model of Air Insulated Substation
IPST05-051-9b: T.
Watanabe, K. Fukui, H. Motoyama, T. Noda (Japan)
Study of the Protection of
Screen Interruption Joints Against Fast-front Overvoltages
IPST05-065-9c: A.
Xemard, E. Dorison (France)
The Analysis Results of
Lightning Overvoltages by EMTP for Lightning Protection Design of 500 kV
Substation
IPST05-111-9d: J. W.
Woo, J. S. Kwak, H. J. Ju, H. H. Lee (Korea)
Failure Analysis of CVT from
substations El Tablazo and Cuatricentenario up 400 kV
IPST05-150-9e: Alessandro
Villa R., Zulay Romero C. (Venezuela)
Estimation Program of Lightning
Outage Power Distribution Line with Reference to Japanese Grounding System
IPST05-207-9f: T.
Yamada, M. Ota, T. Ootaki and S. Sekioka (Japan)
An Equivalent Circuit for
Analysis of Lightning-Induced Voltages on Multiconductor System Using an
Analytical Expression
IPST05-029-24a: S.
Sekioka (Japan)
Modeling of Overhead
Transmission Lines for Lightning Studies
IPST05-047-24b: Juan A.
Martinez-Velasco, Ferley Castro-Aranda (Spain)
Improvements of an FDTD-Based
Surge Simulation Code and Its Application to the Lightning Overvoltage
Calculation of a Transmission Tower
IPST05-138-24c: Taku
Noda, Akiyoshi Tatematsu, Shigeru Yokoyama (Japan)
Tower Structure Effect on a
Back-Flashover Phase
IPST05-190-24d: Akihiro
Ametani, Naoto Nagaoka, Toshihisa Funabashi, Nagahiro Inoue (Japan)
Comparison of Two Computational
Programs for the Calculation of Lightning-Induced Voltages on Distribution
Systems
IPST05-250-24e: M.
Paolone, E. Perez, A. Borghetti, C.A. Nucci, F. Rachidi, H. Torres (Italy)
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5. HVDC, FACTS,
controllers, power electronics
Modeling of Series Voltage
Source Converter applications with EMTP RV
IPST05-020-22a: S.
Salem, V. J. Sood (Canada)
Amplitude, Phase and Frequency
Estimation based on the Analytic Representation of Distorted Power System
Signals
IPST05-053-22b: C.
Gherasim, T. Croes, J. Driesen, R. Belmans (Belgium)
Alternating Current Source to
Voltage Source Converter
IPST05-081-22c: M.J.
Case, J.F.J. van Rensburg, D.V. Nicolae (South Africa)
Approximate Loss Formulae for
Estimation of IGBT Switching Losses through EMTP-type Simulations
IPST05-184-22d: A.D.
Rajapakse, A.M. Gole, P. L. Wilson (Canada)
Multi-Line Power Flow Control:
An Evaluation of the GIPFC (Generalized Interline Power Flow Controller)
IPST05-079-17a: R. L.
Vasques Arnez, L. Cera Zanetta Jr. (Brazil)
Electromagnetic Transient
Simulation for Study on Commutation Failures in HVDC Systems
IPST05-102-17b: Xia
Chengjun, Xu Yang, Shan Yuanda (P.R.China)
Commutation Failure Analysis in
HVDC Systems Using Advanced Multiple-Run Methods
IPST05-160-17c: E.
Rahimi, S. Filizadeh, A. M. Gole (Canada)
Efficient and Accurate
Multirate Simulation of HVDC Converters in a Partitioned Network Environment
IPST05-174-17d: Fernando
Augusto Moreira, José Ramon Martí, Luiz Cera Zanetta Jr. (Brazil)
Controller Design for STATCOM
using Multi-level Double Converter System
IPST05-186-17e: Noriyuki
Kimura, Toshimitsu Morizane, Katsunori Taniguchi, Takanori Oono (Japan)
Transient and Dynamic Modeling
of the New Langlois VFT Asynchronous Tie and Validation with Commissioning
Tests.
IPST05-075-1a: D. Mc
Nabb, D. Nadeau, A. Nantel, E. Practico, E. Larsen, G.Sybille, Van Que Do (Canada)
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6. Power
quality, harmonics
Coupling Capacitor Voltage
Transformers as Harmonic Distortion Monitoring Devices in Transmission
Systems
IPST05-031-5a: Miloje
Tanaskovic, Abdul Nabi, Slobodan Misur (Canada)
Calculation of Voltage Sag
Indices for Distribution Networks
IPST05-046-5b: Juan A.
Martinez-Velasco, Jacinto Martin-Arnedo (Spain)
Flicker Frequency Changing Effects
with A TSC Applied To A Woodchip Mill
IPST05-061-5c: K. A
Walshe (Australia)
Arc Furnace Modelling in
ATP-EMTP
IPST05-067-5d: E. A.
Cano Plata, H. E. Tacca (Columbia)
Analysis of Harmonics, Flicker
and Unbalance of Time-Varying Single-Phase Traction Loads on a Three-Phase
System
IPST05-091-5e: P. E.
Sutherland, M. Waclawiak, M. F. McGranaghan (USA)
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7. Power system
dynamics, machines and drives, microgrid, windpower
SSR study for the Thyristor
Controlled Series Compensation application on the Kanpur-Ballabgarh 400kV
line in India
IPST05-043-6a: Sujatha
Subhash, A. K. Tripathy, K. R. Padiyar, Satish Nayyar, Manoj Kumar, P. J.
Thakkar, K. K. Arya (India)
A PSCAD case study of the main
factors influencing the level of subsynchronous torsional interaction caused
by HVDC
IPST05-143-6b: Tuomas
Rauhala, Anna Partanen, Harri Kuisti, Pertti Järventausta (Finland)
Application of Hilbert
Techniques to the Study of Subsynchronous Oscillations
IPST05-172-6c: Manuel
A. Andrade, A. R. Messina (Mexico)
Torsional-mode identification
for turbogenerators with application to PSS tuning
IPST05-222-6d: A.
Heniche, I. Kamwa, R. Grondin (Canada)
Suppression of Subsynchronous
Resonance by a Parallel Connected Damper Circuit
IPST05-022-6e: A. M.
Miri, C. Sihler, T. Zoller (Germany)
Transient Behavior of a
Fixed-Speed Grid-Connected Wind Farm
IPST05-068-8a: Ahmadreza
Tabesh, Reza Iravani (Canada)
Electromagnetic Transients of a
Micro-Turbine Based Distributed Generation System
IPST05-070-8b: H.
Nikkhajoei, R. Iravani (Canada)
Transients of a Micro-Grid
System with Multiple Distributed Energy Resources
IPST05-080-8c: F.
Katiraei, R. Iravani (Canada)
Microgrid Simulation During
Steady State and Transient Operation
IPST05-113-8d: F. D.
Kanellos, A. I. Tsouchnikas, N. D. Hatziargyriou (Greece)
Transient Modeling and
Comparison of Wind Generator Topologies
IPST05-131-8e: C.
Abbey, B. Khodabakhchian, F. Zhou, S. Dennetière, J. Mahseredjian, and G.
Joos (Canada)
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8. Real time
simulation systems, algorithms
UMEC Transformer Model for the
Real Time Digital Simulator
IPST05-077-25a: Y.
Zhang, T. Maguire, P. Forsyth (Canada)
FPGA-Based Real-Time Digital
Simulation
IPST05-149-25b: M.
Matar, M. Abdel-Rahman, A. Soliman (Egypt)
Small Time-step (< 2µSec)
VSC Model for the Real Time Digital Simulator
IPST05-168-25c: Trevor
Maguire, James Giesbrecht (Canada)
Advancements on the Integration
of Electromagnetic Transients Simulator and Transient Stability Simulator
IPST05-238-25d: Hongtian
T. Su, Ka Wing Chan, Laurence A. Snider, Jean-Claude Soumagne (PRC)
Real-time Simulation of a 48-pulse GTO STATCOM compensated power system on a Dual-Xeon PC using RT-LAB
IPST05-253-25e: Christian
Dufour, Jean Bélanger (Canada)
Real-Time Wind Turbine Emulator
Suitable for Power Quality and Dynamic Control Studies
IPST05-074-26a: Dale
S.L. Dolan, P. W. Lehn (Canada)
Real Time Transient Stability
Simulator of Large Scale Multi-Machine Power System in Matlab/Simulink
Environment
IPST05-105-26b: T.
Hiyama, Y. Tsukawaki, M. Kawakita (Japan)
Permanent Magnet Synchronous
Machine Model for Real-Time Simulation
IPST05-159-26c: A. B.
Dehkordi, A. M. Gole, T. L. Maguire (Canada)
Modeling and Real-Time
Simulation of a Doubly-Fed Induction Generator Driven by a Wind Turbine
IPST05-162-26d: Richard
Gagnon, Gilbert Sybille, Serge Bernard, Daniel Paré, Silvano Casoria,
Christian Larose (Canada)
A Real-time Platform for
Teaching Power System Control Design
IPST05-169-26e: G.
Jackson, U. D. Annakkage , A. M. Gole, D. Lowe, M.P. McShane (Canada)
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9. Artificial
intelligence, neural net applications
Modeling a Fuzzy Logic
Controller for Power Converters in EMTP RV
IPST05-027-13a: J.Qi,
V.K. Sood, V.Ramachandran (Canada)
A Wavelet-FIRANN Technique for
High-Impedance Arcing Faults Detection in Distribution Systems
IPST05-035-13b: H. M.
Jabr, A. I. Megahed (Canada)
Design of a Robust Nonlinear
Fuzzy Controller for HVDC Systems
IPST05-042-13c: H. R.
Najafi, F. V. P. Robinson, A. Shoulaie, M.R. Jahed Motlagh (Iran)
Intelligent Agent Based Remote
Tuning of Power System Stabilizer through Computer Network
IPST05-104-13d: T.
Hiyama, K. Hara, H. Yakabe (Japan)
Abrupt Change Detection in
Power System Fault Analysis using Wavelet Transform
IPST05-202-13e: Abhisek
Ukil, Rastko Zivanovic (South Africa)
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10. System
protection, fault location
Rogowski Coil Transient
Performance and ATP Simulations for Applications in Protective Relaying
IPST05-010-19a: Lj. A.
Kojovic (USA)
An Adaptive, Self-checking
Algorithm for Controlled Fault Interruption
IPST05-011-19b: R.
Thomas, J. Daalder, C.E. Solver (Sweden)
Simulation of a zero-sequence
relay for a distribution network with EMTP-RV. Discrimination between fault
current and magnetizing inrush current
IPST05-148-19c: M.
Petit, P. Bastard (France)
Application of a Fault Current
Limiter To Minimize Distributed Generation Impact on Coordinated Relay
Protection
IPST05-158-19d: G. Tang,
M. R. Iravani (Canada)
Relay Protection of EHV Shunt
Reactors Based on the Traveling Wave Principle
IPST05-254-19e: Jules
Esztergalyos (USA)
Locating Earth-Faults in
Compensated Distribution Networks by means of Fault Indicators
IPST05-107-21a: E.
Bjerkan, T. Venseth (Norway)
An Integrated Protective Scheme
for a multi-ended Transmission Line using Radial Basis Neural Network
IPST05-165-21b: El Sayed
Tag Eldin, Hany Elghazaly, Mohamed Moussa (Egypt)
ATP-EMTP Investigation for
Fault Location in Medium Voltage Networks
IPST05-220-21c: M. M.
Saha, E. Rosolowski, J. Izykowski (Sweden)
Troubleshooting Protective
Relay Operations Using Field Recorded Waveforms
IPST05-221-21d: M.
Kezunovic, H. DoCarmo, T. Roseburg, M. Hofmann, T. Popovic (USA)
A New Concept for Enhanced
Simulation of Power Systems
IPST05-223-21e: T. S.
Sidhu, M. Tamije Selvy (Canada)
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11. New
simulation tools, new solution methods
On a new approach for the
simulation of transients in power systems
IPST05-139-1b: J.
Mahseredjian, S. Dennetière, L. Dubé, B. Khodabakhchian, L. Gérin-Lajoie (Canada)
Modeling and Simulation of
Multiple Nonlinearities Using TLM
IPST05-032-15a: Venkata
Dinavahi (Canada)
A Gradient-Based Approach for
Power System Design Using Electromagnetic Transient Simulation Programs
IPST05-058-15b: S.
Filizadeh, A. M. Gole (Canada)
Elimination of numerical delays
in the solution of control systems in EMTP
IPST05-144-15c: J.
Mahseredjian, L. Dubé, M. Zou, S. Dennetière, G. Joos (Canada)
Quadratic Integration Method
IPST05-231-15d: A. P.
Meliopoulos, G. J. Cokkinides, G. K. Stefopoulos (USA)
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