Add to ORKGThe evolution of the lunar regolith under solar wind and micrometeorite bombardment is discussed as well as the size distribution of ultrafine iron in lunar soil. The most important characteristics of complex graphite, sulfide, arsenide, palladium, and platinum mineralization in a pegmatoid pyroxenite of the Stillwater Complex in Montana are examined. Oblique reflected light micrographs and backscattered electron SEM images of the graphite associations are included
Recent results on the antarctic meteorite ALPHA 77003 which contribute to understanding the alterati...
The exposed surfaces of lunar soil grains and lunar rocks become modified and coated over time with ...
Space weathering occurs on all ex-posed surfaces of lunar rocks, as well as on the surfaces of small...
Flameless atomic abosrption, X-ray photoemission spectroscopy, ferromagnetic resonance, scanning ele...
The surface composition of lunar fines, the solar wind sputtering process, and the profile of reduce...
Results are presented from an extensive series of new high resolution scanning electron microscope s...
The surface composition of two samples from the highly shocked, glass-coated lunar basalt (12054) an...
Studies of the chemistry and morphology of the lunar samples are reported. The presence of fragments...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
A variety of glasses of lunar composition were prepared with different amounts of Fe and Ti under bo...
Experimental and thermodynamic research on the pressure temperature limits of the stability of the m...
Lunar regolith breccias are temporal archives of magmatic and impact bombardment processes on the Mo...
The interaction of the micrometeoroid complex with the lunar surface is evidenced by numerous glass-...
Space weathering processes - driven primarily by solar wind ion and micrometeorite bombardment, are ...
Attention is given to lunar core studies, surface soil studies, and surfaces process studies. Also c...
Recent results on the antarctic meteorite ALPHA 77003 which contribute to understanding the alterati...
The exposed surfaces of lunar soil grains and lunar rocks become modified and coated over time with ...
Space weathering occurs on all ex-posed surfaces of lunar rocks, as well as on the surfaces of small...
Flameless atomic abosrption, X-ray photoemission spectroscopy, ferromagnetic resonance, scanning ele...
The surface composition of lunar fines, the solar wind sputtering process, and the profile of reduce...
Results are presented from an extensive series of new high resolution scanning electron microscope s...
The surface composition of two samples from the highly shocked, glass-coated lunar basalt (12054) an...
Studies of the chemistry and morphology of the lunar samples are reported. The presence of fragments...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
A variety of glasses of lunar composition were prepared with different amounts of Fe and Ti under bo...
Experimental and thermodynamic research on the pressure temperature limits of the stability of the m...
Lunar regolith breccias are temporal archives of magmatic and impact bombardment processes on the Mo...
The interaction of the micrometeoroid complex with the lunar surface is evidenced by numerous glass-...
Space weathering processes - driven primarily by solar wind ion and micrometeorite bombardment, are ...
Attention is given to lunar core studies, surface soil studies, and surfaces process studies. Also c...
Recent results on the antarctic meteorite ALPHA 77003 which contribute to understanding the alterati...
The exposed surfaces of lunar soil grains and lunar rocks become modified and coated over time with ...
Space weathering occurs on all ex-posed surfaces of lunar rocks, as well as on the surfaces of small...