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Results 1621 - 1630 of 1904 for Nanotechnology
  • Article - 12 Apr 2023
    Semiconductor chips have been getting smaller and smaller every year since the 1960s, with double the number of transistors fitting into the same chip space each year following the predicted...
  • Article - 19 Apr 2023
    The discovery of nanoparticles has significantly impacted many fields of science. Nanoparticles, with their unique properties due to their small size and large surface-area-to-volume ratio, have...
  • Article - 13 Apr 2023
    MXenes are a class of 2D materials that have gained much attention in recent years due to their unique properties and potential applications in various fields. Learn more about MXene-based alloys in...
  • Article - 20 Apr 2023
    This article discusses the importance of the thermal analysis of nanofluids and the thermal analysis techniques used for nanofluids.
  • Article - 21 Apr 2023
    Polymer nanocomposites (PNCs) are a type of material composed of nanofillers and a polymer matrix. Incorporating nanofillers into the polymer matrix increases the optical, electronic, and mechanical...
  • Article - 13 Mar 2023
    This article discusses the growing importance of semiconductor nanowires in energy applications and the feasibility of using them in flexible energy storage devices, specifically in flexible...
  • Article - 27 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...
  • Article - 24 Feb 2023
    Counterfeit graphene materials can pose a significant threat to the quality, reputation, financial stability, and advancement of the graphene industry.
  • Article - 14 Mar 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...
  • Article - 15 Mar 2023
    The extreme conditions of nuclear reactors expose their structural alloys to high temperatures, stress, corrosion, and irradiation damage.

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