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Results 21 - 30 of 198 for CVD
  • Graphene Liquid Cells: An Overview
    Article - 22 Feb 2023
    AZoNano gives readers a deeper understanding of the state-of-the-art technology and development surrounding in situ graphene liquid cells-TEM.
  • Why Should We Stack 2D Materials?
    Article - 22 Feb 2023
    Over the last decade, there has been a surge in research concentrating on 2D materials other than graphene. Furthermore, by stacking different 2D materials, the attributes of 2D materials can be...
  • The Best Sources of Graphene
    Article - 22 Feb 2023
    Graphene powders are now routinely manufactured at sizes of hundreds of tons, with annual production expected to reach almost 3800 tons by 2026. Here, AZoNano sheds light on the sources of the highest...
  • What is Laser-Induced Graphene?
    Article - 22 Feb 2023
    AZoNano offers an introduction to laser-induced graphene, covering its history, applications and recent developments.
  • The Materials Making Up Nuclear Alloys
    Article - 22 Feb 2023
    The extreme conditions of nuclear reactors expose their structural alloys to high temperatures, stress, corrosion, and irradiation damage.
  • Women in Graphene: A New Era of Possibilities
    Article - 7 Feb 2023
    AZoNano has collaborated with the Graphene Flagship to highlight two outstanding women innovating the field of graphene research.
  • Graphene-Based Lab-On-A-Chip Technology
    Article - 4 Jan 2023
    In this article, graphene's potential as a commercially viable solution for lab-on-a-chip (LOC) devices is explored.
  • New ISO Standard: Structural Characterization of CVD Graphene
    Article - 12 Dec 2022
    The ISO/PWI TS 21356-2 standard could have a significant impact on CVD-grown graphene's role in the global graphene supply chain. Learn more on AZoNano.
  • Using AFM to Analyze Graphene
    Article - 7 Dec 2022
    AFM excels in analyzing graphene's atomic-scale properties, essential for advancing nanodevices and understanding 2D materials' stacking effects.
  • Modern and Advanced Kelvin Probe Force Microscopy (KPFM)
    Article - 7 Dec 2022
    Kelvin Probe Force Microscopy (KPFM) measures surface potential with improved spatial resolution, crucial for material research. #forceMicroscopy #microscopy

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