[1] LIN C C,SHU F H.On the Spiral Structure of Disk Galaxies [J].Astrophys J.,1964,140:646-655.[2] LIN C C,SHU F H.On the Spiral Structure of Disk Galaxies.II.Outline of a Theory of Density Waves [J].Proc. Nat. Acad. Sci.,1966,55:229-234. [3] LIN C C,SHU F H.Density Waves in Disk Galaxies [M].[s.l.]:Noordwijk,1966:313-317.[4] LIN C C,Shu F H.Density Wave Theory of Spiral Structure [M]//New York:Gordon and Breach Science Publ.,1971:239-329.[5] ZHENG X W,XU Y,REID M J,et al.The Distance to the Perseus Spiral Arm in the Milky Way [J].Science,2006,311(5 757):54-57.[6] BENJAMIN R A.The Spiral Structure of the Galaxy:Something Old,Something New [C]//Massive Star Formation:Observations Confront Theory.Washington:Astronomical Society of the Pacific Conference Series,2008:375,387.[7] Luo X H.A Discussion on the Relationship between the Galactic Arms and the Earth's Catastrophic Events [J].Acta Scientiarum Naturalium Universitatis Pekinensis,1992,28(3):361-370.[8] BASU A R,PETAEV M I,POREDA R J,et al.Chondritic Meteorite Fragments Associated with the Permian-Triassic Boundary in Antarctica [J].Science,2003,302 (5 649):1 388-1 392.[9] BECKER L,POREDA R J,BASU A R,et al.Bedout:A Possible End-Permian Impact Crater Offshore of Northwestern Australia [J].Science,2004,304:1 469-1 476.[10] HILDEBRAND A R,BOYNTON W V.Proximal Cretaceous-Tertiary boundary impact deposits in the Caribbean [J].Science,1990,248:843-847[11] KELLER G,ADATTE T,GARDIN S,et al.Main Deccan Volcanism Phase Ends Near the K-T Boundary:Evidence from the Krishna-Godavari Basin,SE India [J].Earth and Planetary Science Letters,2008,268:293-311.[12] DUNCAN R A,PYLE D G.Rapid Eruption of the Deccan Flood Basalts at the Cretaceous/Tertiary Boundary [J].Nature,1988,333:841-843.[13] LIANGQUAN L,KELLER G.Abrupt deep-sea warming at the end of the Cretaceous [J].Geology,1998,26:995-998.〖JP〗[14] MULLEN L.Debating the Dinosaur Extinction [J].Astrobiology Magazine,2004,10(13):1 243.[15] MULLEN L.Multiple Impacts [J].Astrobiology Magazine,2004,10(20):1 253.[16] MuULLEN L.Shiva:Another K-T Impact [J].Astrobiology Magazine,2004,11(3):1 281.[17] PANNELLA G,MACCLINTOCK C,THOMPSON M N.Palaeontological Evidence of Variations in Length of Synodic Month Since Late Cambrian[J].Science,1968,162:792-796.[18] PANNELLA G.Paleontological Evidence on the Earth Rotational History Since Early Cambrian [J].Science,1972,16:212-237.[19] PANNELLA G.Paleontological Evidence on the Earth's Rotational History Since Early Precambrian [J].Astrophysics and Space Science,1972,16(2):212-237.[20] WILLIAMS G E.Sunspot Periods in the Late Precambrian Glacial Climate and Solar-Planetary Relation [J].Nature,1981,291:624-628.[21] WILLIAMS G E.Precambrian Tidal Sedimentary Cudles and Earth’s Paleo-rotation [M].[S.l.]:EOS Trans Am Geophys,1989.[22] WILLIAMS G E.Tidal Rhythmites:Geochronometers for the Ancient Earth-Moon System [J].Episodes,1989,12:162-171.[23] QU Y G,XIE G W,GONG Y M.Relationship Between Earth-Sun-Moon 1000 Ma Ago:Evidence from the Stromatolites [J].Chinese Science Bulletin,2004,49(20):2 083-2 089.[24] ZHU S X,HUANG X G.The Earth-Sun-Moon Dynamics from Growth Rhythms of 1 300 ma Stromatolites [J].Acta Micro-Palaeontologica Sinica,2003,20 (1):23-30.[25] SCRUTTON C T.Periodicity in Devonian Coral Growth [J].Palaeontology,1965(7):552-558.[26] MCGUGAN A.Possible Use of Algal Stromatolite Rhythms in Geochronology [C]//Geology Society of American Annual Mceting.Washington:geology Society of American,1967:145[27] WELLS J W.Coral growth and geochronometry [J].Nature,1963,197(4 871):948-950[28] BERRY W B N,BARKER R M.Growth Increment in Fossil and Modern Bivalves [M]//ROSEBERG,RUNCORN.Growth Rhythms and the History of the Earth’Rotation.New York:John Wiley,1975:9-24.[29] SCHOPF J W.Earth's earliest biosphere- Its origin and evolution [M]//PRINCETON N J.[S.l.]:Princeton University Press,1983:543.[30] CAMPBELL F H A.Proterozoic Basins of Canada:Geological Survey of Canada,1981:81-10,443.[31] MAZZULLO S.Length of the Year During the Silurian and Devonian Periods:New Values [J].Geol. Soc. Am. Bull.,1971,82:1 085-1 086.[32] ZHOU Y Q,CHEN H Y,JI G S.Tidal Rhythmites in Cambrian-Ordovician,North China and Evolution of Orbit Parameters [J].Earth Science,2002(6):16-20.[33] WILLIAMS G E,JENKINS J F,WALTER M R.No Heliotropism in Neoproterozoic Columnar Stromatolite Growth,Amadeus Basin,Central Australia:Geophysical Implications [J].Palaeogeography,Palaeoclimatology,Palaeoecology,2007,249:80-89.[34] JOHNSON G A L,NUDDS J R.Carboniferous Coral Geochronometers [M]//ROSENBERG G D,RUNCORN S K.Growth Rhythms and the history of the Earth’s rotation.London:John Wiley,1975:27-41.[35] SCRUTTON C T.Evidence for a Monthly Periodicity in the Growth of Some Corals [M]//RUNCPRN S K.Palaeogeophysics.London:Academic Press,1970:11-16.[36] MCCREA W H.Ice Ages and Galaxy [J].Nature,1975,255:607-609.[37] WILLIAMS G E.History of the Earth’s Obliquity [J].Earth-Science Reviews,1993,34(1):1-45.[38] HSU K J,OBERHANSLI H,GRAO J Y,et al.Strangelove ocean before the Cambrian explosion [J].Nature,1985,316(6 031):809-811. [39] ZHANG Q W,XU D Y.The Rare Event at the Precambrian-Cambrian Boundary and the Stratigraph Position of This Boundary [J].Modern Geology,1987(11):69-77. [40] CONNELLY D P.The Case for a Massive Australian Precambrian/Cambrian Impact Structure (MAPCIS)[C]//Geology Society of American NE Meeting.Washington:Geology Society of American,2009.[41] MELOSH H J.The Mechanics of Pseudotachylite Formation in Impact Events [M]. Impact Tectonics (Springer),2005(6):55-80. [42] GLIKSON AY.Significance of pseudotachylite vein systems,Giles basic/ultrabasic complex,Tomkinson Ranges,western Musgrave Block,central Australia [J]. BMR Journal of Australian Geology & Geophysics,1990,11(4):509-519.[43] CONNELLY D P.Age dating MAPCIS (Massive Australian Precambrian/Cambrian Impact Structure) a Multi-Modal Indirect Approach [C]//Geology Society of American Annual Meeting.Washington:Geology Society of American,2009:418.[44] HILL AC.New records of Ediacaran Acraman Ejecta in Drillholes from the Stuart Shelf and Officer Basin,South Australia [J].Meteoritics and Planetary Science.2007,42:1 883-1 891. |