Übersetzung für "Nucleosynthesis" in Deutsch

Until 200 seconds the primordial nucleosynthesis (nucleon epoch) took place.

However, it is a fundamental product of stellar nucleosynthesis.

The arrows indicate various production paths of nucleosynthesis.

The scientist is particularly fascinated by the nucleosynthesis of heavy chemical elements.

During Big Bang nucleosynthesis, the only elements that formed aside from hydrogen and helium were trace amounts of lithium.

These “isotope abundance anomalies” provide direct insight into single processes of nucleosynthesis.

Exotic nuclei play an important role in the nucleosynthesis, ie the science of the origin of the elements in our universe.

Nucleosynthesis refers to the generation of new atomic nuclei from particles such as neutrons and protons.

Lithium is another exception, it is enriched in the meteorites (in the sun lithium is involved during nucleosynthesis and therefore diminished).

Since the definition of the p-nuclei depends on the current knowledge of the s- and r-process (see also nucleosynthesis), the original list of 35 p-nuclei may be modified over the years, as indicated in the Table below.

This creates a situation in which stellar nucleosynthesis produces large amounts of carbon and oxygen but only a small fraction of these elements is converted into neon and heavier elements.

The term p-process ("p" is for proton) is used in two ways in the scientific literature concerning the astrophysical origin of the elements (nucleosynthesis).

Although it was shown that the originally suggested process cannot produce the p-nuclei, later on the term p-process was sometimes used to generally refer to any nucleosynthesis process supposed to be responsible for the p-nuclei.

This quickly moves the nucleosynthesis path from the region of stable nuclei to the very proton-rich side of the Chart of Nuclides.

Lithium is another exception, it is enriched in the meteorites (lithium in the Sun is involved during nucleosynthesis and therefore diminished).