Abstract
It has been reported that multi-elemental cuprates material creates chemical pressure that enhances superconductivity. It is not clear what phase transition it possesses at this state. The Tl2BaCeCu2Oy was prepared using a thermal treatment solid-state reaction technique. This technique is expected to optimize the crystalline properties of the sample. It was discover the particulate size and the mean roughness of the compound are 190.742 nm and 154.382 nm respectively. Also, aside Cu–O plane that is known as the charge reservoir for cuprates superconductor, the Cu-Tl plane is also a charge reservoir that could initiate superconductivity. This result shows that the mechanism of high temperature superconductors can be decipher because this experiment reveals that thallium cuprates was found to possess superconducting phase transitions in the third order.
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