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Results 1761 - 1770 of 1911 for Metal oxides
  • Article - 20 Jun 2023
    In this article, an overview of graphene aerogel is provided. We discuss its fabrication method, properties, commercial availability, industrial application, and recent developments.
  • Article - 26 May 2023
    The method of fabricating structures and devices at the nanoscale, known as nanofabrication, has resulted in major developments in several fields, such as electronics, medicine, and materials science.
  • Article - 16 May 2023
    AZoNano speaks with researchers from the Talapin Lab, University of Chicago, about a new method to synthesize MXenes that is less toxic than conventional approaches.
  • Article - 11 May 2023
    This article delves into the latest developments in crucial areas of quantum research, leveraging the enabling capabilities of nanotechnology while providing insight into what the future holds.
  • Article - 8 May 2023
    In this article, AZoNano discusses the different nanolithography techniques that can be utilized for fabricating ceramic micro- and nanostructures.
  • Article - 6 Apr 2023
    There has been growing interest in using transition metal dichalcogenides (TMDs) in various technologies due to their unique mechanical, optical, and electronic properties, including supercapacitor...
  • Article - 17 Mar 2023
    Ferrous materials contain iron, either as the primary element or in combination with other elements. These materials are widely used in construction, automobile, aerospace, and many other industries...
  • Article - 17 Mar 2023
    High temperature microscopy is the use of microscopy techniques on samples at high temperatures. Discover how it can be applied to nanoscience in this article.
  • Article - 16 Jan 2023
    Nanoplastics have become an increasingly concerning issue in the water we drink and use daily. What removal techniques can be used to address this problem?
  • Article - 7 Dec 2022
    Kelvin probe force microscopy (KPFM) maps surface potential differences, enhancing AFM accuracy by offsetting electrostatic influences.

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