ELECTRONIC STRUCTURE OF MoO3 NANOFILM OBTAINED BY IMPLANTATION OF O_2^+ IONS IN Mo

ELECTRONIC STRUCTURE OF MoO3 NANOFILM OBTAINED BY IMPLANTATION OF O_2^+ IONS IN Mo

Authors

  • Allayarova G. Kh. Karshi State University, 180003 Karshi, Uzbekistan
  • Buronov N Karshi State University, 180003 Karshi, Uzbekistan

Abstract

Using a complex of methods of secondary and photoelectron spectroscopy, the composition and electronic structure of MoO3 nanofilms obtained by implanting O_2^+ into molybdenum heated to T = 900 K were studied. In particular, it is shown that the band gap of the film is ~ 3.4 eV, there are 4 maxima of the electron density of state in the valence band, and there are 2 maxima of the free state.

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Published

2024-03-19

How to Cite

G. Kh., A. ., & N, B. . (2024). ELECTRONIC STRUCTURE OF MoO3 NANOFILM OBTAINED BY IMPLANTATION OF O_2^+ IONS IN Mo. JOURNAL OF SCIENCE, RESEARCH AND TEACHING, 3(3), 12–18. Retrieved from http://jsrt.innovascience.uz/index.php/jsrt/article/view/455

Issue

Vol. 3 No. 3 (2024): JOURNAL OF SCIENCE, RESEARCH AND TEACHING

Section

Articles