File:Electrically detected magnetic resonance.svg

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English: A band structure (energy level) outline of the EDMR mechanism. A donor impurity (P) such as a phosphorus atom sits just below the conduction band. The electron's (blue circle) spin (small arrow) anti-aligns with the magnetic field (B). A recombination centre (R) sits between the donor and the valence band and provides a recombination pathway for the donor. While the P and R electron spins are aligned, the Pauli exclusion principle prevents the second electron from decaying from P to R and the recombination pathway is blocked. A microwave photon (γ) can flip spins and allow recombination.
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current00:37, 23 April 2010Thumbnail for version as of 00:37, 23 April 2010372 × 254 (25 KB)Jnnnnn (talk | contribs){{Information |Description={{en|1=A band structure (energy level) outline of the EDMR mechanism. A donor impurity (D) such as a phosphorus atom sits just below the conduction band. The electron's (blue circle) spin (small arrow) anti-aligns with the magne
01:26, 17 April 2010Thumbnail for version as of 01:26, 17 April 2010372 × 254 (24 KB)Jnnnnn (talk | contribs){{Information |Description={{en|1=A band structure (energy level) outline of the EDMR mechanism. A donor impurity (D) such as a phosphorus atom sits just below the conduction band. An acceptor (A) sits between the donor and the valence band and provides a

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