Daniel Ray Gustafson, G T Barnes
Abstract
The angular correlation of positron annihilation radiation in potassium metal is found to be dependent on the magnetic field orientation. The experimental results are interpreted using the spin-density-wave model of the electronic structure of potassium metal.
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The angular correlation of positron annihilation radiation in potassium metal is found to be dependent on the magnetic field orientation. The experimental results are interpreted using the spin-density-wave model of the electronic structure of potassium metal.
Key concepts: Annihilation, Potassium, Magnetic field, Positron, Orientation (vector space), Condensed matter physics, Physics, Positron annihilation