[en] Relativistic K-LL Auger transition rates in intermediate coupling including interchannel interactions are presented for nine ions in the neon-isoelectronic sequence up to uranium. For neutral neon a comparison with experimental data is given. We demonstrate for the first time, that intercontinuum interactions result in a remarkable redistribution of individual transition rates even in high-energetic transitions. For instance, channel mixing shifts the K-L₁L₁ rate by about 4% and the K-L₃L₃ (J = 0) rate by about 11% in neon-like uranium, while total Auger rates are almost not affected. (orig.)