[E-mail]  singhdeo_datta@hotmail.com

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[履歴]
  1966 Patna(インド)大学地質学科卒
  1969 インド鉱山大学応用地球物理学科卒
  1970 インド鉱山大学応用地球物理学修士卒
  1980 インド鉱山大学応用地球物理学博士卒
  1980-現在インド国立地球物理学研究所教授
  この間ICTP研究員(イタリア)、Bergen大客員教授(ノルウエー)等
  を歴任

[学位]
  PhD(インド鉱山大学)

[所属学会]
  アメリカ地震学会

[専門分野]
  地震学

[研究テーマ]
  中央アジア地域における地震の震源過程と発震機構

[主要研究業績]
  ○Singh ,D.D. (1990): Q - structure beneath north and central
     Indian Ocean from the inversion of observed Love and Rayleigh
     wave attenuation data , Phys. Earth and Planet. Interiors,
     59,243-258.
  ○Singh, D.D. (1991) : Anelasticity of the crust and upper mantle
     beneath north and central India from the inversion of observed
     attenuation data, Pure and Applied Geophysics, vol 135,pp 544-558.
  ○Singh, D.D. (1991). Source mechanism of Cachar earthquake. NE India
     of December 30, 1984 from the synthesis of body waves, J. Geol.
     Soc. India ;vol 37, 365-373.
  ○Singh,D.D. (1993) . Shear wave velocity structure beneath NE India
     and nearby regions and seismic source parameters of earthquakes
     in its vicinity, HIMALAYAN GEOLOGY , Vol 4 (2),283 - 295
  ○Singh,D.D. (1994). Shear wave velocity structure over the eastern
     Indian subcontinent , TECTONOPHYSICS 230, 127 -134.
  ○Singh.D.D. (1994) .Shear wave velocity and attenuation structure
     beneath Antarctica from surface wave data ; Geophys. Jour.
     International 118 , 515 - 528.
  ○Singh, D.D. (1997) : Moment tensor solutions of earthquakes in
     Indian Ocean from surface waves and their tectonic implications ;
     Pure and Applied Geophysics 150, 53-73.
  ○Midzi Vunganai, D.D. Singh, Kuvvet Atkan and Jens Havskov (1999).
     Transitional continental-oceanic structure beneath the Norwegian
     Sea from the inversion of surface wave group velocity data,
     Geophysical Jour. Intern. 139 , 433-446.
  ○Singh,D.D. (1999) :Surface wave tomography studies beneath the
     Indian Subcontinent; Journal of Geodynamics, 28, 291-301.
  ○Singh.D.D. (2000).Seismotectonics of the Himalaya and its vicinity
     regions from the centroid moment tensor (CMT) solution of
     earthquakes, Jour. of Geodynamics 30, 507-537.

[受賞]
  インド鉱山省National Mineral賞受賞 (1995)