The classification of meteorites is commonly determined using isotopes, modal mineralogy, and bulk compositions [1]. Bulk rare earth elements (REEs) in meteorites are additionally utilized to understand parent body processes. Numerous authors have shown that chondritic groups exhibit REE patterns that may be attributable to their parent bodies [e.g. 2-4], and variations in abundances and concentrations of REEs may reflect early nebular processes, thermal metamorphism, and aqueous alteration on the parent body [5-6]
Maralinga is an anomalous CK4 carbonaceous chondrite which contains numerous Ca-, Al-rich inclusions...
This study aims to better characterize highly siderophile element (HSE; Re, Os, Ir, Ru, Pt and Pd) a...
This thesis presents cosmochemical discoveries coupled with improvements of analytical techniques fo...
The recent discoveries of primitive achondrites, metachondrites, and type 7 chondrites challenge the...
The Ninth Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites / Hayabusa, Wed. 5...
Abundances of REE, Ba, Sr, Rb, K, Mg, Ca and Fe were determined for Yamato-82162 and -86720 carbonac...
In order to examine REE distributions in components of CM chondrites, eight spherical silicate mater...
Chondritic meteorites are the products of condensation, agglomeration and accretion of material in t...
Rare earth elements abundance in meteoritic chondrites determined by radiochemical neutron activatio...
The behavior of rare earth elements (REEs) during hot desert weathering of meteorites is investigate...
High-precision barium isotopic compositions of large samples of an ordinary chondrite and a eucrite ...
“This study investigates the major, minor, and trace element compositions of minerals from a series ...
The abundances of Mg, Ca, Fe, K, Rb, Sr, Ba, and REE in five Antarctic "unique" meteorites, acapulco...
Studying chondrites as a primitive material of the solar system permit to understandformation and di...
Chondritic meteorites and their components provide information about the early solar system, as well...
Maralinga is an anomalous CK4 carbonaceous chondrite which contains numerous Ca-, Al-rich inclusions...
This study aims to better characterize highly siderophile element (HSE; Re, Os, Ir, Ru, Pt and Pd) a...
This thesis presents cosmochemical discoveries coupled with improvements of analytical techniques fo...
The recent discoveries of primitive achondrites, metachondrites, and type 7 chondrites challenge the...
The Ninth Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites / Hayabusa, Wed. 5...
Abundances of REE, Ba, Sr, Rb, K, Mg, Ca and Fe were determined for Yamato-82162 and -86720 carbonac...
In order to examine REE distributions in components of CM chondrites, eight spherical silicate mater...
Chondritic meteorites are the products of condensation, agglomeration and accretion of material in t...
Rare earth elements abundance in meteoritic chondrites determined by radiochemical neutron activatio...
The behavior of rare earth elements (REEs) during hot desert weathering of meteorites is investigate...
High-precision barium isotopic compositions of large samples of an ordinary chondrite and a eucrite ...
“This study investigates the major, minor, and trace element compositions of minerals from a series ...
The abundances of Mg, Ca, Fe, K, Rb, Sr, Ba, and REE in five Antarctic "unique" meteorites, acapulco...
Studying chondrites as a primitive material of the solar system permit to understandformation and di...
Chondritic meteorites and their components provide information about the early solar system, as well...
Maralinga is an anomalous CK4 carbonaceous chondrite which contains numerous Ca-, Al-rich inclusions...
This study aims to better characterize highly siderophile element (HSE; Re, Os, Ir, Ru, Pt and Pd) a...
This thesis presents cosmochemical discoveries coupled with improvements of analytical techniques fo...