Abstract
The monopole and quadrupole pairing effects on the fission mass tensor are considered. Two possible definitions of the quadrupole pairing matrix elements are investigated. They differ in dependence on deformation, leading to different behavior of the mass parameter with changing deformation. The effects of the usually neglected RPA terms are given in a simple expression. With monopole pairing alone the RPA terms do not contribute to the mass tensor, whereas the quadrupole pairing may have significant effects. Quantitative studies are carried out for a simple model which contains the important realistic features.
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