Abstract
Multilayered cuprates of Ba2Can-1CunO2n(O, F)2 (F-02(n-1)n) with n = 5 - 9 have been synthesized by using high pressure synthesis method in order to investigate the variation of Tc. The temperature dependence of susceptibility showed that the Tc (about 80 K) does not depend on n for n = 5 - 9. This result can be explained using the carrier imbalance model in multilayered cuprates. Charge reservoir layers supply most of the carriers to adjacent CuO2 planes (OP) and the OP keeps the Tc constant even for large n.
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