Add to ORKGThis study has detected bound organic acids within the Murchison meteorite organic macromolecule. Benzoic acid was the most abundant compound; other abundant compounds include C1 and C2 benzoic acids. Their origin and significance will be discussed
We report on the molecular analyses of the water- and solvent-soluble organic compounds released fro...
The monocarboxylic acids and hydrocarbons of the Murchison meteorite (CM2) were isolated for isotopi...
Most meteorites are fragments from main-belt asteroids and contain extremely primitive materials tha...
An organic macromolecular residue, prepared from the Murchison meteorite by treatment with hydrofluo...
Macromolecular material is, by far, the major organic component of meteorites. Flash pyrolysis GCMS ...
Hydropyrolysis of the Murchison macromolecular material releases polyaromatic compounds including ph...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
The major organic component of carbonaceous chondrites is a solvent-insoluble, high molecular weight...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
We have analyzed an important fraction of the free carboxylic acids present in water extracts of the...
The Tenth Symposium on Polar Science/Special session: [OA] Antarctic meteorites, Thur. 5 Dec. / 3F M...
The carbonaceous chondrite meteorites contain a record of the formation of the solar system, part of...
Organic materials isolated from carbonaceous meteorites provide us with a record of pre-biotic chemi...
We report on the molecular analyses of the water- and solvent-soluble organic compounds released fro...
The monocarboxylic acids and hydrocarbons of the Murchison meteorite (CM2) were isolated for isotopi...
Most meteorites are fragments from main-belt asteroids and contain extremely primitive materials tha...
An organic macromolecular residue, prepared from the Murchison meteorite by treatment with hydrofluo...
Macromolecular material is, by far, the major organic component of meteorites. Flash pyrolysis GCMS ...
Hydropyrolysis of the Murchison macromolecular material releases polyaromatic compounds including ph...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
The major organic component of carbonaceous chondrites is a solvent-insoluble, high molecular weight...
The major organic component in carbonaceous meteorites is an organic macromolecular material. The Mu...
We have analyzed an important fraction of the free carboxylic acids present in water extracts of the...
The Tenth Symposium on Polar Science/Special session: [OA] Antarctic meteorites, Thur. 5 Dec. / 3F M...
The carbonaceous chondrite meteorites contain a record of the formation of the solar system, part of...
Organic materials isolated from carbonaceous meteorites provide us with a record of pre-biotic chemi...
We report on the molecular analyses of the water- and solvent-soluble organic compounds released fro...
The monocarboxylic acids and hydrocarbons of the Murchison meteorite (CM2) were isolated for isotopi...
Most meteorites are fragments from main-belt asteroids and contain extremely primitive materials tha...