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6 Future concepts Thin film materials exhibiting metal-insulator transition are an important element of nowadays science and technology. The enticement to change material properties on demand by using external factors is not only appealing for engineering but, as boisterously as it sounds, is a part of human nature to want control the world around. As for science, any change in the world around is interesting and worth investigating. The work carried out in favour of the presented thesis is only a small part of knowledge about metal-insulator transition in samarium nickel oxide materials. The very specific materials that were under study were deposited by magnetron sputtering technique on monocrystalline silicon (100) substrate. Films of various thicknesses and various structural properties were obtained as a result of modi- fication of deposition time and atmosphere and post-processing. Investigation of such group of nominally SmNiO3 chemical compounds facilitated getting insight into the crucial phenomena that emerges in those compounds - the metal-insulator transition. 121PDF Image | Investigation of metal-insulator transition in magnetron sputtered samarium nickelate thin films
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