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SISYPHOS: An automatic procedure for the serial refinement of single-crystal diffraction data in Olex2. [PDF]
Struct DynMeurer F +5 more
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On the use of beam precession for serial electron crystallography. [PDF]
J Appl CrystallogrPlana-Ruiz S +3 more
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Machine learning for experimental design of ultrafast electron diffraction. [PDF]
Sci RepShaaban M, El-Borgi S, Krishnamoorthy A.
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Structural peculiarities of the silver-containing nanocomposites based on carboxymethyl cellulose-chitosan polyelectrolyte complexes and their antimicrobial and antiviral applications. [PDF]
Sci RepDemchenko V +11 more
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Image scanning microscopy based on multifocal metalens for sub-diffraction-limited imaging of brain organoids. [PDF]
Light Sci ApplJo Y +8 more
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Diffraction and diffraction radiation
Uspekhi Fizicheskih Nauk, 2000Similarities and differences between two closely related phenomena, diffraction and diffraction radiation, are discussed in the context of a scalar theory.
Evgenii A Galst'yan +1 more
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Concluding Diffractions | Diffracting Conclusions
2021The concluding chapter re-addresses the situatedness of the research and book overall and offers an opening-conclusion explicitly acknowledging some of the limitations of the research and yet also supports ending on an opening as an affirmative position: that no research is finished and fixed, but an ongoing process of discovery, opening up new ...
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2002
Diffraction refers to the effects observed when light is scattered into directions other than the original direction of the light, without change of wavelength. An X-ray photon may interact with an electron and set the electron oscillating with the X-ray frequency. The oscillating electron may radiate an X-ray photon of the same wavelength, in a random
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Diffraction refers to the effects observed when light is scattered into directions other than the original direction of the light, without change of wavelength. An X-ray photon may interact with an electron and set the electron oscillating with the X-ray frequency. The oscillating electron may radiate an X-ray photon of the same wavelength, in a random
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Reports on Progress in Physics, 1954
A critical review is presented of recent progress in classical diffraction theory. Both scalar and electromagnetic problems are discussed. The report may serve as an introduction to general diffraction theory although the main emphasis is on diffraction by plane obstacles.
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A critical review is presented of recent progress in classical diffraction theory. Both scalar and electromagnetic problems are discussed. The report may serve as an introduction to general diffraction theory although the main emphasis is on diffraction by plane obstacles.
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International Journal of Modern Physics A, 2016
I begin with a tribute to V.N. Gribov and then come to a particular problem which would be of interest for him. His first paper on reggeology was devoted to elastic scatterings of hadrons. Here, using the unitarity relation in combination with experimental data about the elastic scattering in the diffraction cone, I show how the shape and the darkness
I. M. Dremin, I. M. Dremin
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I begin with a tribute to V.N. Gribov and then come to a particular problem which would be of interest for him. His first paper on reggeology was devoted to elastic scatterings of hadrons. Here, using the unitarity relation in combination with experimental data about the elastic scattering in the diffraction cone, I show how the shape and the darkness
I. M. Dremin, I. M. Dremin
openaire +3 more sources