نام و نام خانوادگی سید سجاد سجادی شغل دانشجو دانشگاه اراک تحصیلات کارشناسی ارشد / برق وبسایت پست الکترونیک — مقاله چاپشده مقاله ارائهشده کتاب پایان نامه های تقاضا محور و غیر تقاضا محور طرح پژوهشی خاتمهیافته افتخارات و جوایز استانی، کشوری و بینالمللی ابداع عنوانمجله 1 GPR of Multiple Vertical Rods under Lightning Strokes Considering Ionization, Dispersion, and Non-Homogeneity of Lossy Soils AUT journal of electrical engineering 2 Effective area of grounding grids in frequency-variant soils: causality versus non-causality Electrical Engineering 3 Predicting formulae for effective length of counterpoise wires buried in ionized, dispersive and inhomogeneous soils COMPEL 4 Predicting formulae for effective length of counterpoise wires buried in ionized, dispersive and in homogeneous soils COMPEL 5 Predicting formulae for effective length of counterpoise wires buried in ionized, dispersive and inhomogeneous soils 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 COMPEL 7 Comprehensive formulae for effective length of multiple grounding electrodes considering different aspects of soils: Simplified multiconductor transmission line-intelligent water drop approach international journal of numerical modelling electronic networks devices and fields 8 Parametric dependence of lightning impulse behavior of grounding electrodes buried in a dispersive and ionized lossy soil under first- and subsequent-stroke currents COMPEL 9 Transient Analyses of Grounding Electrodes Considering Ionization and Dispersion Aspects of Soils Simultaneously: An Improved Multiconductor Transmission Line Model (Improved MTL) Applied Computational Electromagnetics Society 10 Lightning Response of Multi-Port Grids Buried in Dispersive Soils: An Approximation versus Full-wave Methods and Experiment Advanced Electromagnetics 11 Transient Analyses of Grounding Electrodes Considering Ionization and Dispersion Aspects of Soils Simultaneously: An Improved Multiconductor Transmission Line Model (Improved MTL) Applied Computational Electromagnetics Society 12 Design of Grounding Vertical Rods Buried in Complex Soils Based on Adaptive NetworkBased Fuzzy Inference Systems Journal of Communication Engineering 13 Design of Grounding Vertical Rods Buried in Complex Soils Based on Adaptive NetworkBased Fuzzy Inference Systems Journal of Communication Engineering 14 Design of Grounding Vertical Rods Buried in Complex Soils Based on Adaptive NetworkBased Fuzzy Inference Systems Journal of Communication Engineering