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An alternative procedure to decrease the dimension of the frequency dependent modal transformation matrices: Application in three-phase transmission lines with a vertical symmetry plane
(2006-12-01)
The objective of this paper is to show an alternative representation in time domain of a non-transposed three-phase transmission line decomposed in its exact modes by using two transformation matrices. The first matrix is ...
A distributed-parameters transmission line model developed directly in the phase domain
(2013-08-18)
This article shows a transmission line model developed directly in the phase domain. The proposed model is based on the relationships between the phase currents and voltages at both the sending and receiving ends of a ...
A distributed-parameters transmission line model developed directly in the phase domain
(2013-08-18)
This article shows a transmission line model developed directly in the phase domain. The proposed model is based on the relationships between the phase currents and voltages at both the sending and receiving ends of a ...
Analysis of transient voltages and currents in short transmission lines on frequency-dependent soils☆
(2021-05-01)
Accurate modeling of overhead transmission lines (OHTLs) for transient analysis require that the ground which the phase conductors are suspended be considered on the longitudinal impedance and transversal admittance matrices. ...
Transient analysis of multiphase transmission lines located above frequency-dependent soils
(2021-09-01)
This paper evaluates the influence of frequency-dependent soil conductivity and permittiv-ity in the transient responses of single-and double-circuit transmission lines including the ground wires subjected to lightning ...
Fitting the frequency-dependent parameters in the Bergeron line model
(Elsevier B.V., 2015)
Fitting the frequency-dependent parameters in the Bergeron line model
(Elsevier B.V., 2015)
Modulation of frequency preference in heterogeneous populations of theta-resonant neurons
(Pergamon-Elsevier, 2020)
Neurons from several brain regions resonate in the theta frequency range (4-12 Hz), displaying a higher voltage response to oscillatory currents at a preferred 'resonant' frequency (f(R)). Subthreshold resonance could ...