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Kiley
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- TL;DR Summary
- What is the ANC of the deuteron in the ground state?
Hello, I have been having trouble finding the ANC for the deuteron in the ground state and am wondering if someone knows where to find it? Thank you.
The ANC of a deuteron is a mathematical constant that describes the tail of the wave function of a deuteron as it approaches infinity. It is used to calculate the probability of a deuteron interacting with a target nucleus at very low energies.
The ANC of a deuteron can be determined experimentally by measuring the cross section of a deuteron-nucleus scattering reaction at very low energies. The measured cross section is then compared to theoretical calculations that involve the ANC, and the value of the ANC is adjusted until the theoretical and experimental results match.
The ANC of a deuteron is an important parameter in nuclear physics, as it is used to calculate the probability of nuclear reactions involving deuterons at low energies. This is particularly relevant in astrophysical contexts, such as in the study of nuclear reactions in stars.
The ANC of a deuteron can vary significantly depending on the target nucleus it interacts with. This is because the ANC is influenced by the nuclear potential of the target nucleus, which can vary from nucleus to nucleus. Therefore, the ANC must be determined separately for each target nucleus.
The ANC of a deuteron is a constant that is determined experimentally and is not expected to change over time. However, there may be slight variations in the calculated value due to uncertainties in the experimental measurements or theoretical models used to determine it.