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With the emergence of transparent electronics, there has been considerable advancement in n-type transparent semiconducting oxide (TSO) materials, such as ZnO, InGaZnO, and InSnO. Comparatively, the availability of p-type TSO materials is more scarce and the available materials are less mature. The development of p-type semiconductors is one of the key technologies needed to push transparent electronics...
The fabrication of high frequency acoustic wave devices requires the development of thin films of piezoelectric materials with improved morphological and electro-acoustical properties. In particular, the crystalline orientation of the films, surface morphology, film stress and electrical resistivity are key issues for the piezoelectric response. In the work reported here, ZnO thin films were deposited...
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