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O‘zbekcha

ELECTRONIC CONDUCTION PHENOMENA OBSERVED ON THE SURFACE OF SEMICONDUCTORS AND METALS

Authors

  • Kholdorov Mukhammadkarim

    Fergana State University
  • Mamirjonova Gulnoza

    Fergana State University

Keywords:

electronic conductivity, semiconductors, metals, electronic movement, electrical resistance, surface distribution, thin layers, J Tomson, heat conductivity, hall effect, free electrons, statistical balance, electrical field, material properties.

Abstract

This article analyzes the phenomenon of electronic conductivity observed on the surface of semiconductors and metals. With the development of electronics at the end of the 20th century, the movement of electrons in metals and semiconductors and their distribution in the electrical field were explained in terms of statistical balance. The propagration processes of electrons slow down their acceleration, resulting in electrical resistance. It has also been found that electrical conductivity of thin layers and wires is significantly lower compared to mass samples. At JJ Thomson's suggestion, this great effect may be explained by the additional surface spread.

Author Biographies

  • Kholdorov Mukhammadkarim, Fergana State University

    Fergana state university basic doctoral student

  • Mamirjonova Gulnoza, Fergana State University

    Master of Fergana state university

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Published

2024-09-12