Voltage Stability Analysis of Muscat Power System During Summer Weather Conditions

K. Ellithy; Adel Gastli; S. R. Al Alawi; Amer Al-Hinai; Zahir  Al Abri

doi:https://doi.org/10.24200/squjs.vol5iss0pp35-45

Voltage Stability Analysis of Muscat Power System During Summer Weather Conditions

K. Ellithy, Adel Gastli, S. R. Al Alawi, Amer Al-Hinai, Zahir Al Abri

Electrical and Computer Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

A systematic and general formulation of a Propagation Simulation Program (PSP) is developed for the coherent field of microwave and millimeter wave carrier signals traversing intermediate layered precipitation media taking into account the random behavior of particle size, orientation, shape and concentration distributions. Based on a rigorous solution of the volumetric multiple-scattering integral equations, the formalism offers the capability of treating the potential transmission impairments on satellite-earth links and radar remote sensing generated by composite atmospheric layers of precipitation in conjunction with the finite polarization isolation of dual-polarized transmitting and receiving antennas. A multi-layered formulation is employed which encompasses an ensemble of discrete particles comprising an arbitrary mixture of ice crystals, melting snow and raindrops that may exist simultaneously along satellite-earth communication paths.

Original language	English
Journal	Sultan Qaboos University Journal for Science
Volume	5
Issue number	0
DOIs	https://doi.org/10.24200/squjs.vol5iss0pp35-45
Publication status	Published - Dec 2000

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title = "Voltage Stability Analysis of Muscat Power System During Summer Weather Conditions",

abstract = "A systematic and general formulation of a Propagation Simulation Program (PSP) is developed for the coherent field of microwave and millimeter wave carrier signals traversing intermediate layered precipitation media taking into account the random behavior of particle size, orientation, shape and concentration distributions. Based on a rigorous solution of the volumetric multiple-scattering integral equations, the formalism offers the capability of treating the potential transmission impairments on satellite-earth links and radar remote sensing generated by composite atmospheric layers of precipitation in conjunction with the finite polarization isolation of dual-polarized transmitting and receiving antennas. A multi-layered formulation is employed which encompasses an ensemble of discrete particles comprising an arbitrary mixture of ice crystals, melting snow and raindrops that may exist simultaneously along satellite-earth communication paths. ",

author = "K. Ellithy and Adel Gastli and {Al Alawi}, {S. R.} and Amer Al-Hinai and {Al Abri}, Zahir",

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T1 - Voltage Stability Analysis of Muscat Power System During Summer Weather Conditions

AU - Ellithy, K.

AU - Gastli, Adel

AU - Al Alawi, S. R.

AU - Al-Hinai, Amer

AU - Al Abri, Zahir

PY - 2000/12

Y1 - 2000/12

N2 - A systematic and general formulation of a Propagation Simulation Program (PSP) is developed for the coherent field of microwave and millimeter wave carrier signals traversing intermediate layered precipitation media taking into account the random behavior of particle size, orientation, shape and concentration distributions. Based on a rigorous solution of the volumetric multiple-scattering integral equations, the formalism offers the capability of treating the potential transmission impairments on satellite-earth links and radar remote sensing generated by composite atmospheric layers of precipitation in conjunction with the finite polarization isolation of dual-polarized transmitting and receiving antennas. A multi-layered formulation is employed which encompasses an ensemble of discrete particles comprising an arbitrary mixture of ice crystals, melting snow and raindrops that may exist simultaneously along satellite-earth communication paths.

AB - A systematic and general formulation of a Propagation Simulation Program (PSP) is developed for the coherent field of microwave and millimeter wave carrier signals traversing intermediate layered precipitation media taking into account the random behavior of particle size, orientation, shape and concentration distributions. Based on a rigorous solution of the volumetric multiple-scattering integral equations, the formalism offers the capability of treating the potential transmission impairments on satellite-earth links and radar remote sensing generated by composite atmospheric layers of precipitation in conjunction with the finite polarization isolation of dual-polarized transmitting and receiving antennas. A multi-layered formulation is employed which encompasses an ensemble of discrete particles comprising an arbitrary mixture of ice crystals, melting snow and raindrops that may exist simultaneously along satellite-earth communication paths.

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DO - https://doi.org/10.24200/squjs.vol5iss0pp35-45

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SN - 0536-2414

VL - 5

JO - Sultan Qaboos University Journal for Science

JF - Sultan Qaboos University Journal for Science

IS - 0

ER -

Voltage Stability Analysis of Muscat Power System During Summer Weather Conditions

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