Nonprotein amino acids in the Murchison meteorite
Murchison meteorite composition analysis, investigating nonprotein amino acids of extraterrestrial origin
Kvenvolden, K. A.↗
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Amino-acids, aliphatic and aromatic hydrocarbons in the Murchison meteorite
Type III carbonaceous chondrite Murchison meteorite, obtaining amino acids, aliphatic and aromatic hydrocarbons from specimen
Flory, D. A.↗
Neutron-activation potassium-argon dating of meteorites
Potassium-Argon dating analyses of neutron irradiated meteorites, discussing Chainpur chondrite chondrules gas retention ages
Podosek, F. A.↗
Radiation age of the Norton County meteorite
Aubrite radiation age dating for stony meteorites lifetimes as function of collisional destruction, using Ne 21/Al 26 methods
Anders, E.↗
The chemical classification of iron meteorites. V - Groups IIIC and IIID and other irons with germanium concentrations between 1 and 25 ppm
Iron and stony iron meteorites chemical classification, noting Ni, Ga, Ge and Ir concentrations and metal phases
Schaudy, R.↗
Chemical fractionations in meteorites. IV - Abundances of fourteen trace elements in L- chondrites- Implications for cosmothermometry
Chemical fractionations in meteorites, considering trace elements abundance in L chondrites and implications for cosmothermometry
Anders, E.↗
The metal phase of Horse Creek, Mount Egerton, and Norton County enstatitic meteorites
Horse Creek, Mount Egerton and Norton County enstatitic meteorites metal phases and perryite inclusions from electron microprobe data
Wai, C. M.↗
Chromite and ilmenite in nonchondritic meteorites
Chromite and ilmenite analysis in pallasites, mesosiderites, achondrites and meteorites with electron microprobe
Bunch, T. E.↗
Absolute scale for radiation ages of stony meteorites
Absolute production rates of He 3 and Ne 21 in average chondrites, determining radiation ages of stony meteorites aged less than two million years
Anders, E.↗
Chemistry and mineralogy of the Lost City meteorite
Lost City /Oklahoma/ meteorite classification as type H5 chondrite based on bulk chemical composition, mineralogy and petrography
Doan, A. S., Jr.↗
Cosmogenic radionuclides in the Lost City and Ucera meteorites
Lost City /Oklahoma/ and Ucera /Venezuela/ meteorites cosmogenic radionuclides data, using nondestructive analysis by gamma-gamma-coincidence counting system
Cressy, P. J., Jr.↗
Noble gases and radionuclides in Lost City and other recently fallen meteorites
Radionuclides and noble gas isotopic abundances in recently fallen meteorites for cosmic ray exposure ages estimates
Bogard, D. D.↗
Orbital evolution of Lost City meteorite
Lost City meteorite secular and encounter perturbation effects on orbital evolution, interpreting short lived cosmic radiogenic isotopes formation
Lowrey, B. E.↗
Lost City meteorite - Its recovery and a comparison with other fireballs
Lost City /Oklahoma/ meteorite photometric and trajectory data, comparing flight characteristics with other fireballs
Mccrosky, R. E.↗
Cosmic-ray gradient measured by the argon 37/argon 39 ratio in the Lost City meteorite
Cosmic ray intensity gradient measurement from Lost City meteorite Ar 37/Ar 39 ratio
Davis, R., Jr.↗
Chemical and mineral composition of the Lost City meteorite
Lost City /Oklahoma/ meteorite chemical and mineral composition analysis by X ray diffraction and optical emission spectroscopy
Johnson, P. H.↗
Some cosmogenic radionuclides in the Lost City meteorite
Cosmic ray produced radionuclides in Lost City meteorite, determining concentrations by nondestructive two-parameter gamma ray analysis
Wrigley, R. C.↗
Radial gradient of cosmic rays from the Lost City meteorite
Lost City meteorite Ar isotopes radioactivity measurements, considering cosmic ray flux radial gradient variations during meteoroid orbit
Fireman, E. L.↗