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Transfer-matrix simulations of the angular emission pattern of ideal in-plane (g // ) and out-of-plane (g ⊥ ) dipoles within our structure with respect to their emission energy. The relative intensity of the emission flux density is normalized for both dipolar species. No coupling condition is achieved for out-of-plane dipoles. Instead, a sharp rise in the in-plane dipole emission is present at the nominal cavity mode (1.38 eV). With increasing energies, the cavity coupling condition is still obtained for higher angles of emission of the in-plane dipole, thus yielding a parabolic trend at low angles, becoming linear at higher energies.

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