Poster 120 August 15, 2020 Growth and characterization of bilayers based on BiFeO3 and VO2 Share Get link Facebook X Pinterest Email Other Apps Share Get link Facebook X Pinterest Email Other Apps Comments Jose vega Hincapié said… Excellent work!I would like to know which phase of the VO2 they managed to stabilize? Jose vega Hincapié said… Excellent work!large reductions in the transitions of these vanadium materials commonly depend on the materials with which they are combined, however when covering with another layer the vanadium does not lose properties such as conductivity and magnetism? Jose vega Hincapié said… I recommend poster 16, it was worked with vanadium, some interest could arise for both Jhonatan Martinez Muñoz said… Thank you very much for the comment, we managed to obtain a predominant phase of V+4 with a critical temperature of 68 ° C Jhonatan Martinez Muñoz said… Jose Vega, With the correct methodology and a good selection of material for the top layer, the VO2 did not lose its MIT.
Poster 96 August 15, 2020 Characterization of chemically-deposited aluminum-doped Cadmium sulfide thin films Read more
Poster 70 August 15, 2020 Control of the valence band maximum state in tetragonal ZrO2 with pressure Read more
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I would like to know which phase of the VO2 they managed to stabilize?
large reductions in the transitions of these vanadium materials commonly depend on the materials with which they are combined, however when covering with another layer the vanadium does not lose properties such as conductivity and magnetism?