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Iron peak

Iron peak

Comparatively high abundance of elements with atomic numbers near iron.

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Readers go next to

Share of the 496 clicks on its links

  1. Alpha process

    Nuclear fusion reaction.

    17%

  2. Nuclear binding energy

    Minimum energy required to separate particles within a nucleus.

    13%

  3. R-process

    Nucleosynthesis pathway.

    11%

  4. Stellar nucleosynthesis

    Creation of chemical elements within stars.

    9.9%

  5. Oddo–Harkins rule

    Relative abundance of chemical elements.

    8.3%

  6. S-process

    Nucleosynthesis pathway.

    7.9%

  7. Exothermic process

    Thermodynamic process that releases energy to its surroundings.

    7.1%

  8. Nuclear fusion

    Reaction that combines atomic nuclei.

    5.4%

  9. Abundance of the chemical elements

    5.2%

  10. Iron

    Chemical element with atomic number 26 (Fe).

    5%

Readers come from

Share of the 342 readers arriving from another article

  1. Nuclear fission

    Reaction that splits an atomic nucleus.

    62%

  2. Stellar evolution

    Changes to stars over their lifespans.

    17%

  3. Neutron capture

    Atomic nuclear process.

    15%

  4. Scandium

    Chemical element with atomic number 21 (Sc).

    3.2%

  5. Nuclear fusion

    Reaction that combines atomic nuclei.

    2.9%