  The Bose condensation of a stack of low dimensional disks which is composed
of a noninteracting charged Bose gas in a uniform magnetic field is studied. A
statistical approach with density of states at noninteger dimensions are
applied for the system. The condensate fraction of the disk system in a uniform
magnetic field is calculated. The stack of low dimensional charged Bose disks
is found not to share the condensate behavior of the traditional BCS
superfluids.
