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Description of electron and photon polarization

Starting from the vector model of a precessing spin, the polarization properties of an electron beam with electrons of spin (l/2)h are explained and then formulated [Pg.366]

In the following, I -M Auger decay in magnesium induced by linearly polarized photons is chosen as an illustrative example for both descriptions. First, the one-step formulation is presented for Auger electrons observed in coincidence with the preceding photoelectron. In successive approximations the two-step formulation is then derived and finally applied to the non-coincident emission of Auger electrons. [Pg.332]

See other pages where Description of electron and photon polarization is mentioned: [Pg.366] [Pg.367] [Pg.369] [Pg.371] [Pg.373] [Pg.366] [Pg.367] [Pg.369] [Pg.371] [Pg.373] [Pg.366] [Pg.367] [Pg.369] [Pg.371] [Pg.373] [Pg.366] [Pg.367] [Pg.369] [Pg.371] [Pg.373] [Pg.648] [Pg.12] [Pg.220] [Pg.288] [Pg.293] [Pg.58] [Pg.478] [Pg.190] [Pg.48] [Pg.1246] [Pg.275] [Pg.256] [Pg.4] [Pg.20] [Pg.229] [Pg.332]

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Electron photon

Electron polarization

Electrons and Photons

Electrons description

Photon polarization

Photonics, electronics

Photons description

Polarity electrons and

Polarization electronic

Polarization of electrons

Polarized photon