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Results 201 - 210 of 610 for Molecular structures
  • Article - 4 Jan 2019
    In this article the health impact of of Nanotechnology is discussed and how it can affect different parts of human health and what possible issues will be as nanotechnology develops
  • Article - 21 May 2018
    Nanotechnology deals with materials on a nanometer scale, which is a thousand times smaller than the micrometer scale. This is comparable in size to biomolecules and biomaterials, rather than to the...
  • Article - 23 Apr 2018
    This article, related to the properties, synthesis, and applications of graphene, is meant to provide a broad understanding of these topics for both researchers and non-researchers alike.
  • Article - 18 Apr 2018
    Nanochemistry unites – unsurprisingly – nanoscience and chemistry, exploring the new rules of behavior that emerge on the nanoscale.
  • Article - 8 Sep 2017
    Two dimensional (2D) materials are substances with a thickness measured in the nanometer (nm) scale.
  • Article - 13 Jul 2017
    PiFM is a scanning probe (spectroscopic probing) method which allows for the imaging of optical near-fields in nanoscale structures that can map their morphology and obtain spectroscopic information,...
  • Article - 26 Apr 2017
    Electrochemical microscopy is the interplay between chemical and electrical energy, where electrons drive chemical changes or chemical reactions to move electric charges.
  • Article - 24 Mar 2017
    Researchers at the Physikalisches Institute in Germany have recently developed programmable diamond quantum nanosensors to monitor the intracellular processes that play a key role in various...
  • Article - 21 Dec 2016
    This Graphene Battery User’s Guide explains the working principle of graphene batteries, and details the actionable steps to take to begin developing a graphene battery.
  • Article - 13 Mar 2015
    The 2014 Nobel Prize in Chemistry was awarded to Eric Betzig, Stefan W. Hell and William E. Moerner for their breakthrough work in nanoscopy. Their work allows the field to be able to quite literally...

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