Abstract

The use of water-soluble sacrificial layer of Sr3_3Al2_2O6_6 has tremendously boosted the research on freestanding functional oxide thin films, especially thanks to its ultimate capability to produce high-quality epitaxial perovskite thin films. However, the costly single-crystalline substrates, e.g. SrTiO3_3, were generally discarded after obtaining the freestanding thin films. Here, we demonstrate that the SrTiO3_3 substrates can be recycled to fabricate La0.7_{0.7}Sr0.3_{0.3}MnO3_3 films with nearly identical structural and electrical properties. After attaining freestanding thin films, the residues on SrTiO3_3 can be removed by 80 \degree C hot water soaking and rinsing treatments. Consequently, the surface of SrTiO3_3 reverted to its original step-and-terrace structure.

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