Article
Licensed
Unlicensed
Requires Authentication
On the measurement of integrated intensities
Published/Copyright:
July 28, 2010
Abstract
The measurement of integrated intensities directly by conventional diffraction arrangements is not possible because the specimen crystals are normally smaller than the incident beam cross section. If a micro-source and a bent-crystal monochromator are used, however, the crystal can be made to intercept the entire incident beam and it is possible to measure the integrated intensity for all reflections. It is also shown how the necessary geometrical conditions for several arrangements can be satisfied.
Published Online: 2010-07-28
Published in Print: 1961-08
You are currently not able to access this content.
You are currently not able to access this content.
Articles in the same Issue
- The heteromorphism of phosphoferrite-reddingite
- Berechnung der Ionenradien allein aus den Ionenabständen I. Alkalihalogenide und Erdalkalichalkogenide1
- On damping factors and convergence in the least-squares refinement of atomic-position parameters
- A new approach to assignment of infra-red absorption bands in layer-structure silicates
- Bonding in the trigonal bipyramidal coordination polyhedra of V2O5 and of certain other structures containing pentavalent vanadium
- Farbgruppen
- Kristallformen des trigonalen Selens*
- On the measurement of integrated intensities
- Dichte und Raumerfüllung bei intermetallischen Verbindungen, insbesondere Laves-Phasen
- Refinement of the crystal structure of andalusite
- Melting curve to 15,000 bars and lattice constants of Bridgman's AgNO3 II
- Strukturuntersuchungen an Harnstoffeinschlußverbindungen
- Unit cell and space group of cobaltous sulphate monohydrate
- Buerger's minimum function expressed as an equation
- Supplementary note on “False symmetry, the Templeton effect, in lawsonite”
- Note on the false symmetry effect (“Templeton effect”)
- The crystal structure of andalusite
- Etch-pits in CdI2 crystals
- A handbook of lattice spacings and structures of metals and alloys.
Articles in the same Issue
- The heteromorphism of phosphoferrite-reddingite
- Berechnung der Ionenradien allein aus den Ionenabständen I. Alkalihalogenide und Erdalkalichalkogenide1
- On damping factors and convergence in the least-squares refinement of atomic-position parameters
- A new approach to assignment of infra-red absorption bands in layer-structure silicates
- Bonding in the trigonal bipyramidal coordination polyhedra of V2O5 and of certain other structures containing pentavalent vanadium
- Farbgruppen
- Kristallformen des trigonalen Selens*
- On the measurement of integrated intensities
- Dichte und Raumerfüllung bei intermetallischen Verbindungen, insbesondere Laves-Phasen
- Refinement of the crystal structure of andalusite
- Melting curve to 15,000 bars and lattice constants of Bridgman's AgNO3 II
- Strukturuntersuchungen an Harnstoffeinschlußverbindungen
- Unit cell and space group of cobaltous sulphate monohydrate
- Buerger's minimum function expressed as an equation
- Supplementary note on “False symmetry, the Templeton effect, in lawsonite”
- Note on the false symmetry effect (“Templeton effect”)
- The crystal structure of andalusite
- Etch-pits in CdI2 crystals
- A handbook of lattice spacings and structures of metals and alloys.
