英和和英

発音

IPA: /ˌnænoʊdɪˈfrækʃən/

名詞

nanodiffraction (plural nanodiffractions)

1. (physics, materials science) A diffraction technique that utilizes focused beams of electrons or X-rays to investigate the structural properties of materials at the nanometer scale, enabling analysis of individual nanostructures, defects, and microstructures.
   • 1983 September 15, Energy Research Abstracts, volume 8, number 17, United States Department of Energy, pages 19-6169:

     The methods of investigation, unique to our specially adapted instrument, include special imaging modes, electron energy loss spectroscopy and nanodiffraction (electron diffraction from regions having diameters of about one nanometer).

   • 2019, Zuo, J. M., Electron Nanodiffraction‎, University of Illinois:

     Electron nanodiffraction refers to a set of electron diffraction techniques that enable structural analysis at nanoscale.

   • 2024, Nobuo Tanaka, Electron Nano-imaging: Basics of Imaging and Diffraction for TEM and STEM, Springer Nature, page 183:

     Following Crewe, Cowley extended STEM to nanodiffraction and bright-field and dark-field imaging of small crystalline particles with random orientations, whose image resolution was limited to about 1 nm.