Keto-carboxylic acids isolated from the Colorado Green River shale
Long chain saturated terminal methylketocarboxylic acids isolated from Colorado Green River eocene sediment oil shale
Burlingame, A. L.↗
Engineering topics
Burlingame, A. L.
Publications and source records attributed to Burlingame, A. L..
On the mechanism of electron impact induced elimination of ketene in conjugated cyclohexenones and correlations with photochemistry.
Ketene elimination in electron bombardment fragmentation of methyl substituted cyclohexenones
Burlingame, A. L.↗
High-resolution mass spectrometry in molecular structure studies. IV - Mechanistic aspects of the fragmentation of widdrol.
Mass spectrometric analysis of major modes of decomposition of sesquiterpenol widdrol
Burlingame, A. L.↗
Analytical techniques for identification and study of organic matter in returned lunar samples Semiannual report, 1 Oct. 1966 - 31 Mar. 1967
Development of computerized high resolution mass spectrometer and gas-liquid chromatographic facility for study of lunar soil samples
LUNAR SOIL↗
The organic geochemistry of ancient sediments. II.
Oils and shales from 3 million to 2.7 billion years old analyzed for hydrocarbon content, using gas chromatography and mass spectrometry
OIL↗
The mass spectra of derivatives of 3-azabicyclo /3.2.1/ octane, 3-azabicyclo /3.3.1/ nonane, and 8-azabicyclo /4.3.1/ decane.
Mass spectra of amino ketones and amino alcohols and related substances
MASS SPECTRUM↗
Hydrocarbons from Australian oil, two hundred million years old.
Column chromatography used to determine hydrocarbons present in Moonie crude oil from Queensland, Australia, that is two hundred million years old
CHROMATOGRAPHY↗
Organic matter in carbonaceous chondrites - Discussion.
Organic matter in carbonaceous chondrite as forming from chemical equilibrium in solar nebula
CARBONACEOUS METEORITE↗
The organic geochemistry of ancient sediments, part II
Chemical analysis of sediment and oil hydrocarbon content by gas chromatography and mass spectrometry to establish inception period of bio-organic evolution
MASS SPECTROMETRY↗
High resolution mass spectrometry in molecular structure and stereochemical studies - Effect of stereochemistry on the fragmentation of epimeric derivatives of azabicycloalkanes
High resolution mass spectrometry in studies of stereochemistry effect on fragmentation of epimeric derivatives of azabicycloalkanes
MASS SPECTROMETRY↗
Structures and stereochemistry of clivonine and clivimine.
Structures and stereochemistry of clivonine and clivimine analyzed through mass spectroscopy and nuclear magnetic resonance
MOLECULAR STRUCTURE↗
Occurrence of biogenic steranes and pentacyclic triterpanes in an eocene shale /52 million years/ and in an early Precambrian shale /2.7 billion years/ - A preliminary report.
Isolation and identification of biogenic steranes and pentacyclic triterpanes in Eocene shale
CYCLIC HYDROCARBON↗
Evidence of life processes in a sediment two and a half billion years old.
Possible biological origin of isoprenoid alkanes found in sediments 30 million and 2-1/2 billion years old
GEOLOGY↗
Evidence of life processes in a sediment two and a half billion years old.
Evidence of life processes in sediment over two billion years old as related to biological or abiological origin of hydrocarbons from meteorites
EXTRATERRESTRIAL LIFE↗
Occurrence of isoprenoid alkanes in a Precambrian sediment
Isolation of isoprenoid hydrocarbons from alkane fractions in Precambrian sediment and associated oil seepage
HYDROCARBON↗
Convenient deuterium labeling for mass spectrometry via exchange of enolizable hydrogen on a gas-liquid chromatography column.
Deuterium labeling for mass spectrometry via exchange of enolizable hydrogen in ketones on gas- liquid chromotography column
MASS SPECTROMETRY↗
Occurrence of biogenic steranes and penta- cyclic triterpanes in an eocene shale /60 million years/ and in an early pre-cambrian shale /2.7 billion years Preliminary report
Occurrence of biogenic steranes and cyclic triterpanes in very old, carbonaceous sediment rock formations - Green River shale, and Soudan shale fragmentation components
SEDIMENTARY ROCK↗
Convenient Labelling Technique for Mass Spectrometry - Acid Catalyzed Deuterium and Oxygen-18 Exchange via Gas-liquid Chromatography
Mass spectrometry labelling technique - acid catalyzed deuterium and oxygen 18 exchange by gas-liquid chromatography
DEUTERIUM↗