Pirjola Risto | Finnish Meteorological Inst. Helsinki Fin
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概要
関連著者
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Pirjola Risto
Finnish Meteorological Inst. Helsinki Fin
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Viljanen Ari
Finnish Meteorological Inst. Helsinki Fin
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Pirjola R
Finnish Meteorological Institute Geophysical Research Division
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Pirjola Risto
Finnish Meteorological Institute Department Of Geophysics
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VILJANEN Ari
Finnish Meteorological Institute, Department of Geophysics
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HAKKINEN Lasse
Finnish Meteorological Institute, Department of Geophysics
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VIJANEN Ari
Finnish Meteorological Institute, Geophysical Research Division
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AMM Olaf
Finnish Meteorological Institute, Geophysical Research Division
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Amm Olaf
Finnish Meteorological Institute Geophysical Research Division
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Vijanen Ari
Finnish Meteorological Institute Geophysical Research Division
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BOTELER David
Natural Resources Canada, Geomagnetic Laboratory
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TRICHTCHENKO Larisa
Natural Resources Canada, Geomagnetic Laboratory
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Hakkinen Lasse
Finnish Meteorological Institute Department Of Geophysics
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Boteler David
Natural Resources Canada Geological Survey Of Canada Geomagnetic Laboratory
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Trichtchenko Larisa
Natural Resources Canada Geological Survey Of Canada Geomagnetic Laboratory
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Pirjola Risto
Finnish Meteorological Institute
著作論文
- Effects of interactions between stations on the calculation of geomagnetically induced currents in an electric power transmission system
- An Attempt to Reduce Induction Source Effects at High Latitudes
- Magnetotelluric source effect due to 3D ionospheric current systems using the complex image method for 1D conductivity structures
- Ground effects of space weather investigated by the surface impedance
- Properties of matrices included in the calculation of geomagnetically induced currents (GICs) in power systems and introduction of a test model for GIC computation algorithms
- Effects of interactions between stations on the calculation of geomagnetically induced currents in an electric power transmission system
- Eigenvalues and eigenvectors of the transfer matrix involved in the calculation of geomagnetically induced currents in an electric power transmission network
- Derivation of characteristics of the relation between geomagnetic and geoelectric variation fields from the surface impedance for a two-layer earth