Add to ORKGNeutron activation analysis for trace elements depleted on lunar surface with implications for origin of moon and meteorite influx rat
Trace element abundances in L-chondrites determined by neutron activation analysis, and implications...
This thesis provides new evidence which contributes to a clearer understanding of the mixing history...
The evolution of the lunar regolith under solar wind and micrometeorite bombardment is discussed as ...
Neutron activation analysis of Apollo 11 and 12 rocks and soils, and X ray fluorescence and radioche...
Design of experiment for compositional analysis of lunar and planetary surfaces using neutron analyt...
The chemical abundances were measured by instrumental and radiochemical neutron activation analysis ...
Studies of lithic components in lunar breccias have documented a wide variety of rock types and magm...
The concentrations of aluminum, manganese, sodium, chromium, iron, cobalt, and 12 rare earth element...
Charged particle-induced nuclear reactions were used in the following problems: the determination o...
The lunar samples from the Apollo 16 and 17 flights which were analyzed include soil, igneous rock, ...
An in situ measurement of the lunar neutron density from 20 to 400 g/sq cm depth between the lunar s...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
Lunar composition spectroscopic analysis using neutron activated gamma ray emission from basalt and ...
The global distribution of the radioactive elements (U, K, Th) at the lunar surface is an important ...
Flameless atomic abosrption, X-ray photoemission spectroscopy, ferromagnetic resonance, scanning ele...
Trace element abundances in L-chondrites determined by neutron activation analysis, and implications...
This thesis provides new evidence which contributes to a clearer understanding of the mixing history...
The evolution of the lunar regolith under solar wind and micrometeorite bombardment is discussed as ...
Neutron activation analysis of Apollo 11 and 12 rocks and soils, and X ray fluorescence and radioche...
Design of experiment for compositional analysis of lunar and planetary surfaces using neutron analyt...
The chemical abundances were measured by instrumental and radiochemical neutron activation analysis ...
Studies of lithic components in lunar breccias have documented a wide variety of rock types and magm...
The concentrations of aluminum, manganese, sodium, chromium, iron, cobalt, and 12 rare earth element...
Charged particle-induced nuclear reactions were used in the following problems: the determination o...
The lunar samples from the Apollo 16 and 17 flights which were analyzed include soil, igneous rock, ...
An in situ measurement of the lunar neutron density from 20 to 400 g/sq cm depth between the lunar s...
The data collection and the interpretation with respect to the mineralogy of meteoritic and terrestr...
Lunar composition spectroscopic analysis using neutron activated gamma ray emission from basalt and ...
The global distribution of the radioactive elements (U, K, Th) at the lunar surface is an important ...
Flameless atomic abosrption, X-ray photoemission spectroscopy, ferromagnetic resonance, scanning ele...
Trace element abundances in L-chondrites determined by neutron activation analysis, and implications...
This thesis provides new evidence which contributes to a clearer understanding of the mixing history...
The evolution of the lunar regolith under solar wind and micrometeorite bombardment is discussed as ...