Apollo 12 lunar samples - Trace element analysis of a core and the uniformity of the regolith
Apollo 12 lunar core and soil samples indicating meteoritic trace elements abundance
Anders, E.↗
Engineering topics
Anders, E.
Publications and source records attributed to Anders, E..
Water on the moon
Initial water content on moon implied from hypothetical falling temperature lunar accretion as original earth satellite
Anders, E.↗
Noble gases in carbonaceous chondrites
Carbonaceous chondrites noble gases measurement by mass spectroscopy, discussing compositional trends and origins
Anders, E.↗
Chemical fractionations in meteorites, 4. Abundances of fourteen trace elements in L-chondrites - Implications for cosmothermometry
Trace element abundances in L-chondrites determined by neutron activation analysis, and implications cosmothermometry
Anders, E.↗
Chemical fractionations in meteorites. III - Major element fractionations in chondrites
Chondrites elements fractionation in solar nebula starting from carbonaceous material
Anders, E.↗
Isotopic composition of primordial helium in carbonaceous chondrites
Carbonaceous chondrites primordial He and Ne isotopes variations
Anders, E.↗
Trace elements in Apollo 11 lunar rocks - Implications for meteorite influx and origin of moon
Apollo 11 lunar material trace elements, examining chemical processes during and after formation and meteoritic matter influx rate
Anders, E.↗
Absolute scale for radiation ages of stony meteorites
Absolute scale for radiation ages of stony meteorites
Anders, E.↗
Ages of calcium-rich achondrites. II - Howardites, nakhlites, and the Angra dos Reis angrite.
Calcium rich achondrites radiation ages determined from measuring He, Ne and Ar in howardites, nakhlites and angrite
Anders, E.↗
Aluminum-26 in meteorites. VI - Achondrites.
Cosmogenic Al 26 in achondrites and chondrites measured by nondestructive gamma-gamma coincidence counting
Anders, E.↗
Elements 112 to 119 - Were they present in meteorites?
Geochemistry of fission Xe component in chondrites, suggesting Xe derivation from superheavy elements with Z 112 to 119
Anders, E.↗
Ages of the Ca-rich achondrites.
Calcium-rich achondrites age distribution determined from inert gas measurements and existing data of eucrites, shergottites and howardites
Anders, E.↗
Chemical processes during the formation of the planetary system
Chemical processes responsible for transformation of vast gas and dust cloud into planetary system
Anders, E.↗
Ages of calcium-rich achondrites. I - Eucrites.
Explore the source record for details and available documents.
Anders, E.↗
Chemical processes in the early solar system, as inferred from meteorites.
Chemical analysis, isotopic composition, structure and mineralogy of meteorites for classification into irons and stones, discussing time variation of temperature, pressure, etc
Anders, E.↗
Origin of organic matter in early solar system. I - Hydrocarbons.
Organic matter origin in early solar system from analysis of carbonaceous choridrites by gas chromatography and mass spectrometry, stressing hydrocarbons synthesis
Anders, E.↗
Origin of organic matter in early solar system. II - Nitrogen compounds.
Organic matter origin in early solar system from carbonaceous meteorites composition, stressing nitrogen compounds
Anders, E.↗
Origin of organic matter in early solar system - 2. nitrogen compounds.
Identification of nitrogenous compounds in orgueil meteorite
ORGUEIL METEORITE↗