  In the present study we investigate how the magnetization and other
thermodynamic quantities in the Landau diamagnetism problem depend on the
deforming parameter of two model developing intermediate statistics:
$q$-fermions and F-anyons (F-type systems). An important observation in the
present study is the fact that for F-anyons statistics the magnetization shows
a more strong response with respect to magnetic fields in relation to
magnetization for $q$-fermions statistics in the same range of field. This may
be verified experimentally, for instance, in superconductors which are perfect
diamagnetic materials with strong magnetic susceptibility, by adjusting
impurities or pressure if one assumes that the deforming parameter relates with
such tuning quantities.
