The abundance pattern of s-process nuclides confirms severe mass separation in the Sun and in the parent star that gave birth to the Solar System. The most abundant elements in the interior of the Sun are Fe, Ni, O, Si and S. These five, even-Z elements with high nuclear stability comprize the bulk material of ordinary meteorites and rocky planets close to the Sun. The Sun and other stars operate as giant, magnetic mass-separators that selectively move lightweight elements, and the lighter mass isotopes of each element, to the surface
Meteorite studies were performed to know about the Sun\u27s origin and composition. In the 1970s met...
Isotope analyses on meteorites, planets, lunar samples, the solar wind, and solar flares show that h...
Abstract—The Sun is a plasma diffuser that selectively moves light elements like H and He and the li...
Nuclear systematics and the abundance of elements and isotopes in meteorites, in planets, in the sol...
Nuclear systematics and the abundance of elements and isotopes in meteorites, in planets, in the sol...
Mass separation in the Sun may explain a serious difficulty that has plagued nuclear astrophysics fo...
The Sun emits about 3·10431H per year in the solar wind (SW). Solar luminosity and the outflow of SW...
The Sun is a plasma diffuser that selectively moves light elements like H and He and the lighter iso...
We redetermine the abundances of all iron group nuclei in the Sun, based on neutral and singly-ionis...
We use a large set of high S/N, high resolution spectra of 19 stars with -2.8 <[Fe/H]< 0 to study th...
Formation of the Solar System from heterogeneous debris of a supernova (SN) that exploded 5 billion ...
Nucleosynthesis of elements heavier than the iron group by neutron capture on both slow and fast tim...
In this work we present differential chemical abundances\ud of neutron-capture elements (Z >30) in s...
Solar photospheric and meteoritic CI chondrite abundance determinations for all elements are summari...
We apply our model for calculating the heavy element abundance in metal-poor stars to recent data of...
Meteorite studies were performed to know about the Sun\u27s origin and composition. In the 1970s met...
Isotope analyses on meteorites, planets, lunar samples, the solar wind, and solar flares show that h...
Abstract—The Sun is a plasma diffuser that selectively moves light elements like H and He and the li...
Nuclear systematics and the abundance of elements and isotopes in meteorites, in planets, in the sol...
Nuclear systematics and the abundance of elements and isotopes in meteorites, in planets, in the sol...
Mass separation in the Sun may explain a serious difficulty that has plagued nuclear astrophysics fo...
The Sun emits about 3·10431H per year in the solar wind (SW). Solar luminosity and the outflow of SW...
The Sun is a plasma diffuser that selectively moves light elements like H and He and the lighter iso...
We redetermine the abundances of all iron group nuclei in the Sun, based on neutral and singly-ionis...
We use a large set of high S/N, high resolution spectra of 19 stars with -2.8 <[Fe/H]< 0 to study th...
Formation of the Solar System from heterogeneous debris of a supernova (SN) that exploded 5 billion ...
Nucleosynthesis of elements heavier than the iron group by neutron capture on both slow and fast tim...
In this work we present differential chemical abundances\ud of neutron-capture elements (Z >30) in s...
Solar photospheric and meteoritic CI chondrite abundance determinations for all elements are summari...
We apply our model for calculating the heavy element abundance in metal-poor stars to recent data of...
Meteorite studies were performed to know about the Sun\u27s origin and composition. In the 1970s met...
Isotope analyses on meteorites, planets, lunar samples, the solar wind, and solar flares show that h...
Abstract—The Sun is a plasma diffuser that selectively moves light elements like H and He and the li...