| 1 |
GPR of Multiple Vertical Rods under Lightning Strokes Considering Ionization, Dispersion, and Non-Homogeneity of Lossy Soils
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AUT journal of electrical engineering
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| 2 |
Effective area of grounding grids in frequency-variant soils: causality versus non-causality
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Electrical Engineering
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| 3 |
Predicting formulae for effective length of counterpoise wires buried in ionized, dispersive and inhomogeneous soils
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COMPEL
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| 4 |
Predicting formulae for effective length of counterpoise wires buried in ionized, dispersive and in homogeneous soils
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COMPEL
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| 5 |
Predicting formulae for effective length of counterpoise wires buried in ionized, dispersive and inhomogeneous soils
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COMPEL
|
| 6 |
Parametric dependence of lightning impulse behavior of grounding electrodes buried in a dispersive and ionized lossy soil under first- and subsequent-stroke currents
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COMPEL
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| 7 |
Comprehensive formulae for effective length of multiple grounding electrodes considering different aspects of soils: Simplified multiconductor transmission line-intelligent water drop approach
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international journal of numerical modelling electronic networks devices and fields
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| 8 |
Parametric dependence of lightning impulse behavior of grounding electrodes buried in a dispersive and ionized lossy soil under first- and subsequent-stroke currents
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COMPEL
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| 9 |
Transient Analyses of Grounding Electrodes Considering Ionization and Dispersion Aspects of Soils Simultaneously: An Improved Multiconductor Transmission Line Model (Improved MTL)
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Applied Computational Electromagnetics Society
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| 10 |
Lightning Response of Multi-Port Grids Buried in Dispersive Soils: An Approximation versus Full-wave Methods and Experiment
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Advanced Electromagnetics
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| 11 |
Transient Analyses of Grounding Electrodes Considering Ionization and Dispersion Aspects of Soils Simultaneously: An Improved Multiconductor Transmission Line Model (Improved MTL)
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Applied Computational Electromagnetics Society
|
| 12 |
Design of Grounding Vertical Rods Buried in Complex Soils Based on Adaptive NetworkBased Fuzzy Inference Systems
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Journal of Communication Engineering
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| 13 |
Design of Grounding Vertical Rods Buried in Complex Soils Based on Adaptive NetworkBased Fuzzy Inference Systems
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Journal of Communication Engineering
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| 14 |
Design of Grounding Vertical Rods Buried in Complex Soils Based on Adaptive NetworkBased Fuzzy Inference Systems
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Journal of Communication Engineering
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