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An automatically recording high-temperature Laue camera

Published/Copyright: July 28, 2010
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Zeitschrift für Kristallographie
From the journal Zeitschrift für Kristallographie Volume 141 Issue 5-6

Abstract

An automatically recording x-ray method utilizing the geometric simplicity of the front-reflection flat plate Laue is described. The method is especially useful for studying premonitory effects and the kinetics of first-order phase transformations as it enables distortions in the morphological cell to be followed by direct observation of changes in the primary reflections. It should provide a useful means of crystallochemieal analysis as it will enable determination of the pressure–temperature relationships of structures known at ambient temperature.

Published Online: 2010-07-28
Published in Print: 1975-10

Articles in the same Issue

  1. The crystal structure of mercury(I) dihydrogenphosphate, Hg2(H2PO4)2
  2. Neutron-diffraction studies of CuSO4 · 5H2O and CuSO4 · 5D2O
  3. Strukturverfeinerung von Ammonium-9-molybdomanganat, (NH4)6[MnMo9O32]: nH2O (n = 6−8)
  4. Die Kristallstruktur von Te2O3 (HPO4)
  5. Die Kristallstruktur von Caesium-Zinkazid Cs2Zn(N3)4
  6. Refinement of NiYb2Be2Si2O10, a gadolinite-type structure
  7. Refinement of the crystal structure of emplectite, CuBiS2*
  8. Structure cristalline du polyphosphate de baryum-potassium, Ba2K(PO3)5
  9. On the formation of rhombohedral structures in cadmium iodide crystals
  10. Crystal chemistry of some tetrahedral oxides
  11. Crystal chemistry and solid solutions amongst the pseudowollastonite-like polytypes of CaSiO3, SrSiO3 and BaSiO3
  12. Crystal structures of three cadmium iodide polytypes based on a ten-layered hexagonal cell
  13. Crystal structures of three new CdI2 polytypes
  14. An automatically recording high-temperature Laue camera
  15. The direction of OH dipoles in axinite: Comparison of the results from x-ray diffraction and infrared studies
  16. Crystal structure of some metal complexes of lactic acid
  17. Space group of glycine ethyl ester monohydrochloride
  18. Errata – Berichtigung
https://doi.org/10.1524/zkri.1975.141.5-6.465

Articles in the same Issue

  1. The crystal structure of mercury(I) dihydrogenphosphate, Hg2(H2PO4)2
  2. Neutron-diffraction studies of CuSO4 · 5H2O and CuSO4 · 5D2O
  3. Strukturverfeinerung von Ammonium-9-molybdomanganat, (NH4)6[MnMo9O32]: nH2O (n = 6−8)
  4. Die Kristallstruktur von Te2O3 (HPO4)
  5. Die Kristallstruktur von Caesium-Zinkazid Cs2Zn(N3)4
  6. Refinement of NiYb2Be2Si2O10, a gadolinite-type structure
  7. Refinement of the crystal structure of emplectite, CuBiS2*
  8. Structure cristalline du polyphosphate de baryum-potassium, Ba2K(PO3)5
  9. On the formation of rhombohedral structures in cadmium iodide crystals
  10. Crystal chemistry of some tetrahedral oxides
  11. Crystal chemistry and solid solutions amongst the pseudowollastonite-like polytypes of CaSiO3, SrSiO3 and BaSiO3
  12. Crystal structures of three cadmium iodide polytypes based on a ten-layered hexagonal cell
  13. Crystal structures of three new CdI2 polytypes
  14. An automatically recording high-temperature Laue camera
  15. The direction of OH dipoles in axinite: Comparison of the results from x-ray diffraction and infrared studies
  16. Crystal structure of some metal complexes of lactic acid
  17. Space group of glycine ethyl ester monohydrochloride
  18. Errata – Berichtigung
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