Mandea Mioara | Institut De Physique Du Globe De Paris
スポンサーリンク
概要
関連著者
-
Mandea Mioara
Institut De Physique Du Globe De Paris
-
Mandea Mioara
Institut De Physique Du Globe
-
Le Mouel
Institut De Physique Du Globe De Paris
-
Macmillan Susan
British Geological Survey Edinburgh Gbr
-
Macmillan Susan
British Geological Survey
-
Mandea M
Inst. Physique Du Globe De Paris Paris Fra
-
LANGLAIS Benoit
Institut de Physique du Globe
-
HUY Minh
Institut de Physique du Globe de Paris
-
PAIS Alexandra
Institut de Physique du Globe de Paris
-
Mandea M.
International Association Of Geomagnetism And Aeronomy (iaga) Division V Working Group 8
-
Mandea M.
Laboratoire De Geomagnetisme Et Paleomagnetisme Institut De Physique Du Globe De Paris
-
Mandea Mioara
Geoforschungszentrum Potsdam Potsdam Deu
-
Mandea Mioara
Gfz Potsdam
-
HUY Minh
Hanoi Institute of Geophysics
-
PAIS Alexandra
Departmento de Fisica, Universidade de Coimbra
-
Mandea Mioara
Institut Physique Du Globe De Paris
-
Langlais B
Institut De Physique Du Globe De Paris
-
Chambodut Aude
Univ. Potsdam Potsdam Deu
-
LOWES Frank
Physics Department, University of Newcastle
-
Lowes Frank
Physics Department University Of Newcastle
-
Langlais B.
International Association Of Geomagnetism And Aeronomy (iaga) Division V Working Group 8
-
Langlais B.
Laboratoire De Planetologie Et Geodynamique Cnrs Umr 6112 Universite De Nantes
-
CHAMBODUT Aude
Institut de Physique du Globe de Paris
-
Chulliat Arnaud
Institut De Physique Du Globe De Paris Equipe De Geomagnetisme (umr 7154-cnrs Universite Paris Dider
-
Le Huy
Hanoi Institute of Geophysics
-
Le Huy
Institut de Physique du Globe de Paris
-
Mandea Maoara
Institut de Physique du Globe
著作論文
- Use of Orsted scalar data in evaluating the pre-Orsted main field candidate models for the IGRF 2000
- Candidate main-field models for producing the 9th generation IGRF
- Reply to "Comment on 'Time evolution of the fluid flow at the top of the core. Geomagnetic jerks' by M. Le Huy, M. Mandea, J. -L. Mouel, and A. Pais"
- Time evolution of the fluid flow at the top of the core. Geomagnetic jerks
- An IGRF candidate main geomagnetic field model for epoch 2000 and a secular variation model for 2000-2005
- International Geomagnetic Reference Field - the eighth generation
- Preface
- Evidence for geomagnetic jerks in comprehensive models