Bencubbin (CB-A)

Country: Australia
State/District: Western Australia
Date of fall/find: Found 1930, July 30
Total known weight: 118 kg
Number of pieces: 2
Type: Carbonaceous chondrite (Bencubbin group, subgroup A), polymict breccia, highly shocked, metal-rich

Meteoritical Bulletin record: Click here

One mass of 54kg was found 12 miles NW of Bencubbin, described, with analysis, E.S.Simpson and D.G.Murray, Min. Mag., 1932, 23, p.33. Analysis, A.J.Easton and J.F.Lovering, GCA, 1963, 27, p.753. Mentioned, A.D.Nininger, Pop. Astron., Northfield, Minnesota, 1940, 48, p.558, Contr. Soc. Res. Meteorites, 2, p.227 (M.A.8-54). Another mass of 142lb was found in 1959 or 1960 at Mandinga and is considered to be part of the Bencubbin fall, M.H.Hey, Cat. Met., 1966, p.48, Spec. Publ. West. Austr. Mus., 1965, (3), p.21. A similarity with the Patwar meteorite has been suggested; a new class of enstatite-olivine stony-irons is proposed to cover these two anomalous meteorites, G.J.H.McCall, Min. Mag., 1965, 35, p.476, G.J.H.McCall, Min. Mag., 1966, 36, p.726. Possibly includes Korrelocking, A.L.Graham et al., Cat. Met., 1985, p.68. Bulk chemical analysis of L chondrite, C chondrite, and aubrite inclusions, A.J.Easton and J.F.Lovering, GCA, 1963, 27, p.753. Shocked and heated, A.V.Jain and M.E.Lipschutz, Nature, 1973, 242, (Phys. Sci.), p.26. The silicate has variable composition, G.J.H.McCall, 2nd. suppl. to West. Austr. Mus. Spec. Publ. no. 3, 1972, p.5. Noble gas and Cl-36 contents, F.Begemann et al., GCA, 1976, 40, p.353. Oxygen isotopic composition of different lithologies, R.N.Clayton and T.K.Mayeda, GCA, 1978, 42, p.325. Formation history, composition of metal, silicate and chondrite clasts, G.W.Kallemeyn et al., GCA, 1978, 42, p.507. Study of metal clasts, compositional variations, H.E.Newsom and M.J.Drake, GCA, 1979, 43, p.689. Trace element data, R.Wolf et al., GCA, 1983, 47, p.2257. Contains large enrichments of heavy nitrogen, C.A.Prombo and R.N.Clayton, Science, 1985, 230, p.935; see also, G.P.Rooke et al., MAPS, 1996, 31, p.A118 (abs.); G.P.Rooke et al., LPSC, 1997, 28, p.1195 (abs.). Nitrogen and carbon isotopes, I.Franchi et al., Meteoritics, 1985, 20, p.645 (abs.); see also, Nature, 1986, 323, p.138; LPSC, 1986, 17, p.233 (abs.). Noble gas contents, R.S.Lewis, Meteoritics, 1985, 20, p.698 (abs.). Mineralogy and composition of matrix materials, R.Hutchison, LPSC, 1986, 17, p.374 (abs.). Relationship to Renazzo, Tucson (silicates), and Kakangari, M.Prinz et al., LPSC, 1987, 18, p.800 (abs.). Petrologic study of chondritic clasts, relationship to CR and ALH85085 chondrites, M.K.Weisberg et al., Meteoritics, 1990, 25, p.269; see also, LPSC, 1989, 20, p.1189 (abs.). Sulfur isotopic composition of magnetic and non-magnetic fractions, X.Gao and M.H.Thiemens, LPSC, 1989, 20, p.1221 (abs.). Pd-Ag systematics, J.H.Chen et al., LPSC, 1991, 22, p.199 (abs.). TEM study of carbonaceous chondrite clast, D.J.Barber and R.Hutchison, Meteoritics, 1991, 26, p.83. Cosmogenic radionuclides data of metal and silicate, A.Albrecht et al., LPSC, 1992, 23, p.5 (abs.); see also, H.Nagai et al., GCA, 1993, 57, p.3705. Classification, differs significantly in composition and petrography from CR chondrites, but is closely related to Acfer 182, ALH85085 and LEW85332, G.W.Kallemeyn et al., GCA, 1994, 58, p.2873. Re-Os data on metal, J.J.Shen et al., MAPS, 1996, 31, p.A128 (abs.); see also, LPSC, 1997, 28, p.1297 (abs.); GCA, 1998, 62, p.2715. Study of oxygen isotopic variation of silicate clasts and matrix material, I.A.Franchi et al., MAPS, 1998, 33, p.A53 (abs.). Nitrogen isotopic composition, G.P.Rooke et al., MAPS, 1998, 33, p.A130 (abs.). Oxygen isotopic composition, R.N.Clayton and T.K.Mayeda, GCA, 1999, 63, p.2089. Cosmogenic radionuclide data, A.Albrecht et al., MAPS, 2000, 35, p.975. Siderophile element distribution in metal, A.J.Campbell et al., MAPS, 2000, 35, p.A38 (abs.); see also, LPSC, 2001, 32, abs. #1842. Analysis of nitrogen and noble gas isotopic composition of vesicle-rich material, B.Marty et al., LPSC, 2000, 31, abs. #1489. Petrology, classification, chemical and oxygen isotopic composition, M.K.Weisberg et al., MAPS, 2001, 36, p.401. Microstructure of Fe-Ni metal, H.Leroux and C.Perron, MAPS, 2001, 36, p.A113 (abs). Study of glassy materials and trapped volatiles, C.Perron et al., MAPS, 2001, 36, p.A160 (abs). Contains diamonds; Raman and CL spectroscopy, S.Mostefaoui et al., MAPS, 2001, 36, p.A141 (abs). Nitrogen isotopic compositions of diamonds and graphite grains, S.Mostefaoui et al., LPSC, 2002, 33, abs. #1487. Chemical composition of metal grains, T.W.Schoenbeck and H.Palme, LPSC, 2003, 34, abs. #1605. Cu isotope systematics, S.S.Russell et al., MAPS, 2003, 38, No. 7 (Suppl.), p.A124 (abs.). Hydrogen isotopic composition of silicate and metal clasts, J.Aléon et al., LPSC, 2004, 35, abs. #1645.

ID#: 4916
Description: Slice
Size: 5.5 x 3.3 x 0.3 cm
Weight: 25.36 gr

US$ 4,300.00


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