Add to ORKGOxygen isotopic compositions (^O/^O and ^O/^O) of five Yamato meteorites have revealed that Yamato-7303 (m), -74190,-74191,and -7308 (l), -74013 can be classified as L ordinary chondrites and differentiated meteorites, respectively. The former three meteorites may have been derived from one parent body, and the latter two meteorites are from another parent body in the solar system
International audienceWe performed a petrologic, geochemical, and oxygen isotopic study of the lowes...
The Yamato-75108 to-75257 chondrites are considered to be originally one meteorite which was broken ...
Primitive meteorites (such as the unequilibrated ordinary chondrites) have undergone only minor ther...
Oxygen isotopic compositions are reported for eight Yamato meteorites, selected because of unusual c...
Several stages in the evolution of ordinary chondritic meteorites are recorded in the oxygen isotopi...
Oxygen isotopic compositions are reported for seven carbonaceous chondrites, seven ordinary chondrit...
In this paper we report petrological and chemical data of the unusual chondritic meteorites Yamato (...
Meteorite studies suggest that each solar system object has a unique oxygen isotopic composition. Ch...
In this paper we report petrological and chemical data of the unusual chondritic meteorites Yamato (...
Following the previous analyses (MASUDA et al., 1977) of Yamato-7301 (j), -7305 (k) and -7304 (m) me...
Oxygen isotope analyses demonstrate the following sequence (as in terrestrial igneous rocks) of incr...
Laser fluorination technique coupled with stable isotope mass spectrometry using O_2 is successfully...
All the chondrites from the Yamato-75108 to -75257 have been considered to be originally one single ...
We performed a petrologic, geochemical, and oxygen isotopic study of the lowest FeO ordinary chondri...
Chemical and petrologic classification of seven Yamato-74 meteorites was investigated in terms of mi...
International audienceWe performed a petrologic, geochemical, and oxygen isotopic study of the lowes...
The Yamato-75108 to-75257 chondrites are considered to be originally one meteorite which was broken ...
Primitive meteorites (such as the unequilibrated ordinary chondrites) have undergone only minor ther...
Oxygen isotopic compositions are reported for eight Yamato meteorites, selected because of unusual c...
Several stages in the evolution of ordinary chondritic meteorites are recorded in the oxygen isotopi...
Oxygen isotopic compositions are reported for seven carbonaceous chondrites, seven ordinary chondrit...
In this paper we report petrological and chemical data of the unusual chondritic meteorites Yamato (...
Meteorite studies suggest that each solar system object has a unique oxygen isotopic composition. Ch...
In this paper we report petrological and chemical data of the unusual chondritic meteorites Yamato (...
Following the previous analyses (MASUDA et al., 1977) of Yamato-7301 (j), -7305 (k) and -7304 (m) me...
Oxygen isotope analyses demonstrate the following sequence (as in terrestrial igneous rocks) of incr...
Laser fluorination technique coupled with stable isotope mass spectrometry using O_2 is successfully...
All the chondrites from the Yamato-75108 to -75257 have been considered to be originally one single ...
We performed a petrologic, geochemical, and oxygen isotopic study of the lowest FeO ordinary chondri...
Chemical and petrologic classification of seven Yamato-74 meteorites was investigated in terms of mi...
International audienceWe performed a petrologic, geochemical, and oxygen isotopic study of the lowes...
The Yamato-75108 to-75257 chondrites are considered to be originally one meteorite which was broken ...
Primitive meteorites (such as the unequilibrated ordinary chondrites) have undergone only minor ther...