Auger electron transitions from Li- and Be-like ions with 14⩽Z⩽3614⩽Z⩽36

The Auger electron emission rates for Li- and Be-like ions with 1s2s3p1s2s3p and 1s2s23p1s2s23p configurations respectively have been calculated for ions in the range 14⩽Z⩽3614⩽Z⩽36 using a scaling procedure on the already available relativistic radial matrix elements for a single vacancy in the K-shell. The results are compared with earlier theoretical data and are found to be in reasonably good agreement for most of the elements under consideration.