Abstract
Based on the mechanism of charge fluctuation, the effective Hamiltonian is derived to discuss the superconductivity for the non-cuprate compound . The desired versus curve is obtained. It is shown that the explanation of superconductivity for non-cuprate superconductors is the same as that of cuprate ones. Furthermore, that the non-cuprate superconductors have no ferromagnetism and anti-ferromagnetism can be explained, and the superconductivity window is due to the Cooper pairing in coordinate space.
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