Add to ORKGBasic petrographic, chemical, and age data is presented for a representative suite of igneous rocks gathered during the six Apollo missions. Tables are given for 69 samples: 32 igneous rocks and 37 impactites (breccias). A description is given of 26 basalts, four plutonic rocks, and two pyroclastic samples. The textural-mineralogic name assigned each sample is included.by Patricia McGee, Jeffrey L. Warner, and Charles H. SimondsIntroduction--Description of the igneous rocks--Table of geochemistry--Master reference list
The first step in a petrologic study must be a classification based on observed textures and mineral...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
Oxide composition of the Moon, evidence for an initially totally molten Moon, geophysical contraints...
The basic petrographic, chemical, and age data is presented for a representative suite of igneous ro...
Basic petrographic, chemical and age data for a representative suite of lunar breccias are presented...
Lunar igneous rocks are interpreted, which can give useful information about mineral assemblages and...
On July 24, 1969, the first extraterrestrial samples, with the exception of meteorites, were returne...
On July 24, 1969, the first extraterrestrial samples, with the exception of meteorites, were returne...
The principal known types of lunar rocks are briefly reviewed, and their chemical relationships disc...
One of the primary scientific focuses of the Apollo program was the geology of the moon itself and i...
NASA Lunar Sample Educational Set is a valuable source for planetary petrology education. Using the ...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
NASA\u27s Apollo program had six manned missions that successfully landed on the Moon, in which all ...
Experimental and thermodynamic research on the pressure temperature limits of the stability of the m...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
The first step in a petrologic study must be a classification based on observed textures and mineral...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
Oxide composition of the Moon, evidence for an initially totally molten Moon, geophysical contraints...
The basic petrographic, chemical, and age data is presented for a representative suite of igneous ro...
Basic petrographic, chemical and age data for a representative suite of lunar breccias are presented...
Lunar igneous rocks are interpreted, which can give useful information about mineral assemblages and...
On July 24, 1969, the first extraterrestrial samples, with the exception of meteorites, were returne...
On July 24, 1969, the first extraterrestrial samples, with the exception of meteorites, were returne...
The principal known types of lunar rocks are briefly reviewed, and their chemical relationships disc...
One of the primary scientific focuses of the Apollo program was the geology of the moon itself and i...
NASA Lunar Sample Educational Set is a valuable source for planetary petrology education. Using the ...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
NASA\u27s Apollo program had six manned missions that successfully landed on the Moon, in which all ...
Experimental and thermodynamic research on the pressure temperature limits of the stability of the m...
Lunar mare basalts provide insights into the compositional diversity of the Moon's interior. Basalt ...
The first step in a petrologic study must be a classification based on observed textures and mineral...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
Oxide composition of the Moon, evidence for an initially totally molten Moon, geophysical contraints...