12042 Soil 255 grams
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1 Soil 255 grams Figure 1: Photo of location of (Halo Crater). AS Introduction are fines collected in documented bag 12. They were from the outer flank of Surveyor Crater (figure 2). Figure 2: Location of on Apollo 12 map. Petrography The maturity index for is I s /FeO = 61 (Morris 1987). Frondel et al. (1971) determined the mineral mode, but did not specify agglutinates. The average grain size is 58 or 95 microns, depending on who sieved the sample (figure 5 a,b). Marvin (1978) cataloged the coarse particles. Simon and Papike (1985) describe one particles from. Chemistry The chemical composition is summarized in figures 3 and 6.
2 25 20 Apollo soils FeO C ppm Al2O3 Figure 3: Composition of compared with that of other Apollo soils samples Lunar Soils maturity (Is/FeO) Figure 4: Carbon content and maturity index of compared with other Apollo soil samples. The total carbon content of was reported by Epstein and Taylor (1971) as 125 ppm. Moore et al. (1971) determined 130 ppm C in two splits (figure 4). They also found 130 ppm nitrogen in. Kaplan and Petrowski (1971) found 111 ppm C. Kerridge et al. (1978) found 121 ppm C and 74 ppm N, while Other Studies Heymann et al. (1972) reported rare gas content and isotopic rations of. Mineralogical Mode Frondel et al Olivine + Pyroxene 63.2 % Plagioclase 11.6 Opaques 14.3 Glass, angular 8.2 Glass, rounded 1.6 Silica 1.1 Arrhenius et al. (1971) studied the frequency of grains with high fossil nuclear tracks in (and all other Apollo 12 soil and core samples)(see diagram in 12070). average grain size = 58 microns Figure 5a: Grain size distribution for (Graf 1993, from data by McKay et al. 1971).
3 Table 1. Chemical composition of. reference Morrison71 Frondel71 Cuttitta71 Haskin71 weight SiO2 % 46.1 (a) 45.7 (a) TiO (d) 3.2 (a) 2.71 (a) Al2O (d) 15.1 (a) 13 (a) FeO 17.6 (d) 14.1 (a) 16.2 (a) MnO 0.22 (d) 0.21 (a) 0.24 (a) MgO 8.23 (d) 9.8 (a) 10.4 (a) CaO 12.2 (d) 10.9 (a) 10.6 (a) Na2O 0.35 (d) 0.41 (a) 0.54 (a) K2O 0.17 (d) 0.26 (a) 0.25 (a) P2O (a) S % sum Sc ppm 34 (d) 38 (b) V 150 (d) 108 (b) Cr 2700 (d) 2258 (a) 2668 (a) Co 52 (d) 52 (b) Ni 235 (b) Cu 10 (d) 10 (b) Zn 8.5 (d) 7.5 (b) Ga 4 (d) 4.4 (b) Ge ppb As 0.03 (d) Se Rb 9.9 (d) 5.5 (b) Sr 110 (b) Y 128 (b) Zr 390 (d) 482 (b) Nb 26 (b) Mo Ru Rh Pd ppb Ag ppb Cd ppb In ppb Sn ppb Sb ppb 35 (d) Te ppb Cs ppm 0.2 (d) Ba 510 (d) 445 (b) La 42 (d) 48 (b) 36.8 (c ) Ce 110 (d) 111 (c ) Pr Nd 67 (d) 79 (c ) Sm 24 (d) 19.7 (c ) Eu 2.3 (d) 2.03 (c ) Gd 30 (d) 22.5 (c ) Tb 4.7 (d) 3.87 (c ) Dy 25.8 (c ) Ho 6.1 (d) 4.46 (c ) Er 14 (c ) Tm Yb 18 (d) 14 (b) 13.8 (c ) Lu 2.1 (d) 2.09 (c ) Hf 11 (d) Ta 1.4 (d) W ppb 970 (d) Re ppb Os ppb Ir ppb Pt ppb Au ppb Th ppm 6.1 (d) U ppm 1 (d) technique: (a) wet, (b) OES, (c ) INAA, (d) various Figure 6: Normalized rare-earth-element diagram for (data by haskin et al. 1971). average grain size = 95 microns Figure 5b: Grain size distribution for (Graf 1993, from data by King et al. 1971).
4 2-4mm C Meyer mm 255 g,1,2,3,4 <1mm,89 88 g, g,3 3g,53 PB,4 58 g,13,11, g, g.54 PB,55,59 TS,6 3g,8 5g,176 1g,14,177,178,33 1g,34,35,60,64 TS References for Abell P.I., Cadogen P.H., Eglington G., Maxwell J.R. and Pillinger C.T. (1971) Survey of lunar carbon compounds. Proc. Second Lunar Sci. Conf Arrhenius G., Liang S., MacDougal D., Wilkening L., Bhandari N., Bhat S., Lal D., Rajagopalan G., Tamhane A.S., and Venkatavaradan V.S. (1971) The exposure history of the Apollo 12 regolith. Proc. 2 nd Lunar Sci. Conf Basford J.R., Dragon J.C., Pepin R.O., Coscio M.R. and Murthy V.R. (1973) Krypton and Xenon in lunar fines. Proc. 4 th Lunar Sci. Conf Carter J.L. (1971) Chemistry and surface morphology of fragments from Apollo 12 soil. Proc. Second Lunar Sci. Conf Crozaz G., Walker R. and Woolum D. (1971) Nuclear track studies of dynamic surface processes on the moon and the constancy of solar activity. Proc. 2 nd Lunar Sci. Conf Crozaz G., Drozd R., Hohenberg C.M., Hoyt H.P., Rajan D., Walker R.M. and Yuhas D. (1972b) Solar flare and galactic cosmic ray studies of Apollo 14 and 15 samples. Proc. 3 rd Lunar Sci. Conf Cuttitta F., Rose H.J., Annell C.S., Carron M.K., Christian R.P., Dwornik E.J., Greenland L.P., Helz A.P. and Ligon D.T. (1971) Elemental composition of some Apollo 12 lunar rocks and soils. Proc. 2 nd Lunar Sci. Conf D Amico J., DeFelice J., Fireman E.L., Jones C. and Spannagel G. (1971) Tritium and argon radioactivities and their depth variations in Apollo 12 samples. Proc. 2 nd Lunar Sci. Conf Frondel C., Klein C. and Ito J. (1971) Mineralogical and chemical data on Apollo 12 lunar fines. Proc. Second Lunar Sci. Conf Graf J.C. (1993) Lunar Soils Grain Size Catalog. NASA Pub Haskin L.A., Helmke P.A., Allen R.O., Anderson M.R., Korotev R.L. and Zweifel K.A. (1971) Rare-earth elements in Apollo 12 lunar materials. Proc. 2 nd Lunar Sci. Conf Heiken G.H. (1974) A catalog of lunar soils. JSC Curator Heiken G.H. (1975) Petrology of lunar soils. Rev. Geophys. Space Phys. 13, Heyman D., Yaniv A. and Lakatos S. (1972) Inert gases from Apollo 12, 14 and 15 fines. Proc. 3 rd Lunar Sci. Conf Housley R.M., Cirlin E.H., Paton N.E. and Goldberg I.B. (1974) Solar wind and micrometeorite alteration of the lunar reolith. Proc. 5 th Lunar Sci. Conf
5 Kaplan I.R. and Petrowski C. (1971) Carbon and sulfur isotope studies on Apollo 12 lunar samples. Proc. 2 nd Lunar Sci. Conf Kerridge J.F., Kaplan I.R., Kung C.C., Winter D.A., Friedman D.L. and DesMarais D.J. (1978) Light element geochemistry of the Apollo 12 site. Geochim. Cosmochim. Acta 42, King E.A., Butler J.C. and Carman M.F. (1971) The lunar regolith as sampled by Apollo 11 and 12: Grain size analyses, modal analyses and origins of particles. Proc. 2 nd Lunar Sci. Conf Laul J.C. (1986) Chemistry of the Apollo 12 highland component. Proc. 16 th Lunar Planet. Sci. Conf. D251-D261. Marvin U.B. (1978) Apollo 12 coarse fines (2-10 mm): Sample locations, description and inventory. Curators Office, JSC#14434 Meyer C., Brett R., Hubbard N.J., Morrison D.A., McKay D.S., Aitken F.K, Takeda H. and Schonfeld E. (1971) Mineralogy, chemistry and origin of the KREEP component in soils from the Ocean of Storms. Proc. 2 nd Lunar Sci. Conf Moore C.B., Lewis C.F., Larimer J.W., Delles F.M., Gooley R.C., Nichiporuk W. and Gibson E.K. (1971) Total carbon and nitrogen abundances in Apollo 12 lunar samples. Proc. 2 nd Lunar Sci. Conf Morris R.V. (1976) Surface exposure indicies of lunar soils: A comparative FMR study. Proc. 7 th Lunar Sci. Conf Papanastassiou D.A. and Wasserburg G.J. (1971a) Lunar chronology and evolution from Rb-Sr studies of Apollo 11 and 12 samples. Earth Planet. Sci. Lett. 11, Pepin R.O., Bradley J.G., Dragon J.C. and Nyquist L.E. (1972) K-Ar dating of lunar fines: Apollo 12, Apollo 14 and Luna 16. Proc. 3 rd Lunar Sci. Conf Shoemaker E.M. and 12 others (1970b) 10. Preliminary geologic investigation of the Apollo 12 landing site. In Apollo 12 Preliminary Science Rpt. NASA SP-235 page Wakita H. and Schmitt R.A. (1971) Bulk elemental composition of Apollo 12 samples: Five igneous and one breccia rocks and four soils. Proc. 2 nd Lunar Sci. Conf Wakita H., Rey P. and Schmitt R.A. (1971) Abundances of the 14 rare earth elements and 12 other trace elements in Apollo 12 samples: Five igneous and one breccia rocks and four soils. Proc. 2 nd Lunar Sci. Conf Wänke H., Baddenhausen H., Balacescu A., Teschke F., Spettel B., Dreibus G., Palme H., Quijano-Rico M., Kruse H., Wlotzka F. and Begemann F. (1972) Multielement analysis of lunar samples and some implications of the results. Proc. 3 rd Lunar Sci. Conf Warner J. (1970) Apollo 12 Lunar Sample Information. NASA TR R-353. JSC (catalog) Yaniv A. and Heymann D. (1972) Atmospheric Ar40 in lunar fines. Proc. 3 rd Lunar Sci. Conf Morris R.V. (1978) The surface exposure (maturity) of lunar soils: Some concepts and Is/FeO compilation. Proc. 9 th Lunar Sci. Conf Morris R.V., Score R., Dardano C. and Heiken G. (1983) Handbook of Lunar Soils. Two Parts. JSC Curator s Office, Houston. Morrison G.H., Gerard J.T., Potter N.M., Gangadharam E.V., Rothenberg A.M. and Burdo R.A. (1971) Elemental abundances of lunar soil and rocks from Apollo 12. Proc. 2 nd Lunar Sci. Conf
12032 Soil 310 grams
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72320 Partially Shadowed Soil (portion frozen) grams. boulder # 2 station 2 South Massif
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DRAFT Coarse-fines 569 grams
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grams grams Regolith Breccia
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grams grams Double Drive tube 61 cm
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,1,2,3,4,9, Impact Melt Breccia 65.4 grams
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65055 Basaltic Impact Melt grams
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grams grams Poikilitic Impact Melt Breccia
64567 13.8 grams 64569-14.3 grams Poikilitic Impact Melt Breccia Figure 1: Photo of 64567. Scale in mm. S72-55386 Mineralogical Mode by Simonds et al. (1973) 64567 64569 Plagioclase 69% 57 Pyroxene 10
14041, and Regolith Breccia 166.3, and 65.2 grams
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grams g g g g Regolith Breccia
15306 134.2 grams 15315 35.6 g 15324 32.3 g 15325 57.8 g 15330 57.8 g Regolith Breccia Figure 1a,b: Photo of dust-covered 15306. Sample is 7 cm across. S71-43064 and 067. Introduction 15306 is a regolith
12033 Trench Soil 450 grams
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74235 Vitrophric Basalt 59 grams
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14315 Unusual Regolith Breccia 115 grams
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61015 Dimict Breccia 1789 grams
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15595 and Vuggy Vitrophyric Pigeonite Basalt and grams
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72335 Impact melt Breccia grams
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79035 Soil breccia 2806 grams
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DRAFT Regolith Breccia 155 grams
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62255 Anorthosite with melt 1239 grams
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12052 Pigeonite Basalt 1866 grams
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