Chemistry and Radioastronomy: ProceedingsLynn Margulis |
Contents
Figure 1A UV Absorption by Martian CO Atmosphere | 4 |
the UV Emission Spectra of the Xenon and Mercury Lamps | 6 |
UV Conversion of Carbon Monoxide into Organic Carbon | 7 |
Copyright | |
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Common terms and phrases
ABELSON absorb absorption abundance accretion acetaldehyde alanine amino acids ammonia amount atmosphere BADA BARGHOORN BUHL calculate carbon Carl cent chemistry chert chromatography cloud CO₂ comet concentration contamination cyanide density detected discuss dust enantiomer energy equilibrium example experiments FERRIS formaldehyde gas chromatography gases glycine grains greenhouse effect HUBBARD HULETT hydrogen hydrolysis identification interstellar medium irradiation isoleucine kerogen LEMMON look MARGULIS mass meteorite methane methods microns MILLER mixture molecules NAGYVARY nebula nucleotides ocean optical orders of magnitude organic compounds organic material ORGEL ORÓ OWEN oxygen peptide phenylalanine phosphate planet polymers PONNAMPERUMA porphyrins prebiotic Precambrian probably problem production racemization radiation ratio reaction rocks SAGAN sample SANCHEZ SCHOPF sediments shock wave SIEVER SOFFEN soil solar spectra spectrum square centimeter star sulfide sulfur surface synthesis technique temperature tion ultraviolet USHER Vycor wavelength WOLMAN yield