$Carbon Chemistry of Apollo 14 Size-fractionated Fines$

Carbon Chemistry of Apollo 14 Size-fractionated Fines

TOTAL carbon measurements of crystalline lunar rocks returned by the Apollo missions have revealed only low concentrations of carbon (10–50 p.p.m.) 1–3 . The breccias and fines, however, have, in general, higher carbon concentrations (up to 200 p.p.m.). This carbon is more concentrated in the finer...

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Veröffentlicht in:	Nature (London) Phys. Sci. 235: No. 58, 106-8(7 Feb 1972) 106-8(7 Feb 1972), 1972-01, Vol.235 (58), p.106-108
Hauptverfasser:	HOLLAND, P. T., SIMONEIT, B. R., WSZOLEK, P. C., MCFADDEN, W. H., BURILINGAME, A. L.
Format:	Artikel
Sprache:	eng
Schlagworte:	APOLLO PROJECT ARGON 36 ARGON ISOTOPES Ar-36/abundance in Apollo 14 fines, (E) CARBIDES CARBON CARBON SULFIDES CARBON/abundance in Apollo 14 fines, (E) CHEMICAL REACTIONS CHEMISTRY CYANIDES DATA DEUTERIUM COMPOUNDS DUSTS ETHANE ETHANE/abundance in Apollo 14 fines, (E) letters-to-editor LUNAR MATERIALS LUNAR MATERIALS/carbon chemistry of Apollo 14 fines, (E) METEORITES METHANE METHANE/abundance in Apollo 14 fines, (E) MOON N56700 -Physics (Astrophysics & Cosmology)-Planetary Phenomena NEON 20 NEON ISOTOPES Ne-20/abundance in Apollo 14 fines, (E) PARTICLE SIZE Physics Physics and Astronomy PROTONS PYROLYSIS RARE GASES ROCKS SOLAR WIND SOLAR WIND/effects on synthesis of hydrocarbons in lunar surface materials
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