CHEMICAL ANALYSES OF THE MURCHISON AND LOST CITY METEORITES

Keywords

Murchison meteorite, Chondrite, Meteorite, Carbonaceous chondrite, Astrobiology

References

• An Automated Procedure for the Determination of Oxygen Using Fast Neutron Activation Analysis; Oxygen in Stony MeteoritesJ.R. Vogt, William D. Ehmann — 1965
• HEAT-SEALED POLYETHYLENE SAMPLE CONTAINERS FOR NEUTRON ACTIVATION ANALYSIS.W. D. Ehmann, D.M. McKown — 1968
• Simultaneous determination of zirconium and hafnium in standard rocks by neutron activation analysisT.V. Rebagay, W. D. Ehmann — 1970
• The analysis of chondritic meteoritesA.J. Easton, J. F. Lovering — 1963
• Allende Meteorite : Some Major and Trace Element Abundances by Neutron Activation AnalysisJohn W. Morgan, T.V. Rebagay, D. L. Showalter — 1969
• The carbonaceous chondritesBrian Mason — 1963
• Determination of bromine in stony meteorites by neutron activationK.W. Lieberman, W. D. Ehmann — 1967
• Precise determination of oxygen and silicon in chondritic meteorites by 14 MeV neutron activation with a single transfer systemJohn W. Morgan, W. D. Ehmann — 1970
• The Renazzo meteoriteMason, Brian Harold 1917-, Wiik, H. B. (Hugo Birger) — 1962
• The chemical composition of olivine-bronzite and olivine-hypersthene chondritesMason, Brian Harold 1917- — 1965

Cited by

• BISMUTH IN STONY METEORITES AND STANDARD ROCKS.P.M. Santoliquido, W. D. Ehmann — 1972
• CHEMICAL ANALYSIS OF THE MURCHISON METEORITEE. Jarosewich — 1971
• Determination of cosmochemically volatile trace elements in chondritic meteorites by inductively coupled plasma mass spectrometryStephen F. Wolf, Derick Unger, J. M. Friedrich — 2005
• Substoichiometric determination of tungsten by neutron activation analysisR.A. Nadkarni, Barun Haldar — 1971
• Substoichiometry in neutron activation analysisR.A. Nadkarni — 1974
• Laboratory experiments on the weathering of iron meteorites and carbonaceous chondrites by iron‐oxidizing bacteriaAaron Gronstal, V. K. Pearson, Andreas Kappler — 2009
• Determination of 11 major and minor elements in chondritic meteorites by inductively coupled plasma mass spectrometry.Stephen F. Wolf, Joseph R. Compton, Christopher J. L. GAGNON — 2012
• RARE EARTH AND OTHER ABUNDANCES IN THE MURCHISON CARBONACEOUS METEORITED. L. Showalter, Hiroshi Wakita, R. A. Schmitt — 1972
• Platinum and gold in chondritic meteoritesW. D. Ehmann, D. E. Gillum — 1972
• VAPoR - Volatile Analysis by Pyrolysis of Regolith - an Instrument for In Situ Detection of Water, Noble Gases, and Organics on the MoonI. L. ten Kate, Eric H. Cardiff, Jason P. Dworkin — 2010
• Abundance of 17 trace elements in carbonaceous chondrites.U. Krähenbühl, John W. Morgan, R. Ganapathy — 1973
• The radioanalytical bibliography of USA (1936–1977)R.A. Nadkarni — 1981
• Lithium, sodium and potassium abundances in carbonaceous chondrites☆Walter Nichiporuk, C. B. Moore — 1974
• Cosmogenic radionuclides in the Allende and Murchison carbonaceous chondritesP. J. Cressy — 1972
• The Lost City, Oklahoma, meteorite: An introduction to its laboratory investigation and comparisons with Příbram and UceraRoy S. Clarke, E. Jarosewich, J. Nelen — 1971
• Chemical evolution and the origin of lifeMartha W. West, Elizabeth D. Gill, Betty Sherwood — 1973
• Data of Geochemistry Sixth EditionMichael Fleischer, Brian Mason — 1979
• Solar system abundances and condensation temperatures of the halogens fluorine, chlorine, bromine, and iodineK. Lodders, Bruce Fegley — 2023
• Spectral and mineralogical effects of heating on CM chondrite and related asteroidsS. Sidhu, E. A. Cloutis, P. J. Mann — 2023
• Boron cosmochemistryDavid B. Curtis, Ernest S. Gladney — 1985

Related papers

• Amino Acid Analyses of the Murchison, Murray, and Allende Carbonaceous ChondritesJohn R. Cronin, C. B. Moore — 1971
• Diradicaloids in the insoluble organic matter from the Tagish Lake meteorite: Comparison with the Orgueil and Murchison meteoritesLaurent Binet, Didier Gourier, Sylvie Derenne — 2004
• Kinetics in thermal evolution of Raman spectra of chondritic organic matter to evaluate thermal history of their parent bodiesKento Kiryu, Yoko Kebukawa, Motoko Igisu — 2020
• Metamorphosed CM and CI Carbonaceous Chondrites Could be from the Breakup of the Same Earth-crossing AsteroidM. E. Zolensky, Paul I. Abell, E. Tonui — 2005
• Isotopically Heavy Micrometeorites—Fragments of CY Chondrite or a New Hydrous Parent Body?Martin D. Suttle, L. Folco, Z. Dionnet — 2022
• The oxygen isotope record in Murchison and other carbonaceous chondritesRobert N. Clayton, T. K. Mayeda — 1984
• Fine-Grained Serpentine in CM2 Carbonaceous Chondrites and Its Implications for the Extent of Aqueous Alteration on the Parent Body: A ReviewM. A. Velbel, E. E. Palmer — 2011
• Paris vs. Murchison: Impact of hydrothermal alteration on organic matter in CM chondritesVassilissa Vinogradoff, Corentin Le Guillou, S. Bernard — 2017
• The Production of Amino Acids in Interstellar Ices: Implications for Meteoritic OrganicsA. Sandford, Max P. Bernstein, Jason P. Dworkin — 2002