About: Comparisom between symmetric diffraction geometry and fully asymmetric diffraction geometry (FADG) of bent perfect silicon monochromator.     Goto   Sponge   NotDistinct   Permalink

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  • Reflectivity properties of the fully asymmetric diffraction geometry (FADG) of the bent perfect Si(111) crystal were studied with the aim od possible use as neutron current FADG monochromator appears equivalent to the conventional one in symmetric diffraction geometry. However, using the FADG monochromator, experiments with single and polycrystalline samples can be carried out in dispersive and nondispersive settings with the comparable resolution.
  • Reflectivity properties of the fully asymmetric diffraction geometry (FADG) of the bent perfect Si(111) crystal were studied with the aim od possible use as neutron current FADG monochromator appears equivalent to the conventional one in symmetric diffraction geometry. However, using the FADG monochromator, experiments with single and polycrystalline samples can be carried out in dispersive and nondispersive settings with the comparable resolution. (en)
Title
  • Comparisom between symmetric diffraction geometry and fully asymmetric diffraction geometry (FADG) of bent perfect silicon monochromator.
  • Comparisom between symmetric diffraction geometry and fully asymmetric diffraction geometry (FADG) of bent perfect silicon monochromator. (en)
skos:prefLabel
  • Comparisom between symmetric diffraction geometry and fully asymmetric diffraction geometry (FADG) of bent perfect silicon monochromator.
  • Comparisom between symmetric diffraction geometry and fully asymmetric diffraction geometry (FADG) of bent perfect silicon monochromator. (en)
skos:notation
  • RIV/61389005:_____/02:49020181!RIV/2003/AV0/A49003/N
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  • 119
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  • P(KSK1010104), Z(AV0Z1048901)
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  • 641261
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  • RIV/61389005:_____/02:49020181
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  • asymetric diffraction geometry; silicon monochromator (en)
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  • [13D61A6B053C]
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  • Ibaraki [JP]
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  • Progress report on neutron scattering research.
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  • Mikula, Pavel
  • Tanaka, I.
  • Muslih, R. M.
  • Nimura, N.
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  • Japan Atomic Energy Research Institute
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