Literature DB >> 17769823

New seismic data on the state of the deep lunar interior.

Y Nakamura, D Lammlein, G Latham, M Ewing, J Dorman, F Press, N Toksöz.   

Abstract

Direct shear-wave arrivals from seismtic events originating on the far side of the moon are not observed at some of the stations of the Apollo seismic network. These data suggest that the material in the lunar interior at a depth of 1000 to 1100 kilometers is more dissipative for seismic shear waves than the lithosphere above, and possibly exists in a partially molten state akin to the earth's asthenosphere.

Year:  1973        PMID： 17769823     DOI： 10.1126/science.181.4094.49

Source DB:  PubMed          Journal:  Science        ISSN： 0036-8075            Impact factor:   47.728


  3 in total

1.  Understanding the origin and evolution of water in the Moon through lunar sample studies.

Authors:  Mahesh Anand; Romain Tartèse; Jessica J Barnes
Journal:  Philos Trans A Math Phys Eng Sci       Date:  2014-09-13       Impact factor: 4.226

2.  Toward a mineral physics reference model for the Moon's core.

Authors:  Daniele Antonangeli; Guillaume Morard; Nicholas C Schmerr; Tetsuya Komabayashi; Michael Krisch; Guillaume Fiquet; Yingwei Fei
Journal:  Proc Natl Acad Sci U S A       Date:  2015-03-16       Impact factor: 11.205

Review 3.  SEIS: Insight's Seismic Experiment for Internal Structure of Mars.

Authors:  P Lognonné; W B Banerdt; D Giardini; W T Pike; U Christensen; P Laudet; S de Raucourt; P Zweifel; S Calcutt; M Bierwirth; K J Hurst; F Ijpelaan; J W Umland; R Llorca-Cejudo; S A Larson; R F Garcia; S Kedar; B Knapmeyer-Endrun; D Mimoun; A Mocquet; M P Panning; R C Weber; A Sylvestre-Baron; G Pont; N Verdier; L Kerjean; L J Facto; V Gharakanian; J E Feldman; T L Hoffman; D B Klein; K Klein; N P Onufer; J Paredes-Garcia; M P Petkov; J R Willis; S E Smrekar; M Drilleau; T Gabsi; T Nebut; O Robert; S Tillier; C Moreau; M Parise; G Aveni; S Ben Charef; Y Bennour; T Camus; P A Dandonneau; C Desfoux; B Lecomte; O Pot; P Revuz; D Mance; J tenPierick; N E Bowles; C Charalambous; A K Delahunty; J Hurley; R Irshad; Huafeng Liu; A G Mukherjee; I M Standley; A E Stott; J Temple; T Warren; M Eberhardt; A Kramer; W Kühne; E-P Miettinen; M Monecke; C Aicardi; M André; J Baroukh; A Borrien; A Bouisset; P Boutte; K Brethomé; C Brysbaert; T Carlier; M Deleuze; J M Desmarres; D Dilhan; C Doucet; D Faye; N Faye-Refalo; R Gonzalez; C Imbert; C Larigauderie; E Locatelli; L Luno; J-R Meyer; F Mialhe; J M Mouret; M Nonon; Y Pahn; A Paillet; P Pasquier; G Perez; R Perez; L Perrin; B Pouilloux; A Rosak; I Savin de Larclause; J Sicre; M Sodki; N Toulemont; B Vella; C Yana; F Alibay; O M Avalos; M A Balzer; P Bhandari; E Blanco; B D Bone; J C Bousman; P Bruneau; F J Calef; R J Calvet; S A D'Agostino; G de Los Santos; R G Deen; R W Denise; J Ervin; N W Ferraro; H E Gengl; F Grinblat; D Hernandez; M Hetzel; M E Johnson; L Khachikyan; J Y Lin; S M Madzunkov; S L Marshall; I G Mikellides; E A Miller; W Raff; J E Singer; C M Sunday; J F Villalvazo; M C Wallace; D Banfield; J A Rodriguez-Manfredi; C T Russell; A Trebi-Ollennu; J N Maki; E Beucler; M Böse; C Bonjour; J L Berenguer; S Ceylan; J Clinton; V Conejero; I Daubar; V Dehant; P Delage; F Euchner; I Estève; L Fayon; L Ferraioli; C L Johnson; J Gagnepain-Beyneix; M Golombek; A Khan; T Kawamura; B Kenda; P Labrot; N Murdoch; C Pardo; C Perrin; L Pou; A Sauron; D Savoie; S Stähler; E Stutzmann; N A Teanby; J Tromp; M van Driel; M Wieczorek; R Widmer-Schnidrig; J Wookey
Journal:  Space Sci Rev       Date:  2019-01-28       Impact factor: 8.017
  3 in total

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