Add to ORKGABSTRACT. The intensities of a sufficient number of X-ray diffraction maxima de-termine the structure of a crystal, that is, the positions of the atoms in the unit cell of the crystal. The available intensities usually exceed the number of parameters needed to describe the structure. From these intensities a set of numbers jE H j can be derived, one corresponding to each intensity. However, the elucidation of the crystal struc-ture also requires a knowledge of the complex numbers E H = j
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
The electron density function of p ( r) in a crystal determines its diffraction pattern, that is, b...
In every text-book about Crystallography one can read sentences like this: If the phases of the stru...
AbstractThe number of equations relating the intensities of X-ray diffraction maxima with the crysta...
Abstract. X-ray crystallography is one of the main methods to establish the three-dimensional struct...
AbstractThe number of equations relating the intensities of X-ray diffraction maxima with the crysta...
Crystallographic phase problem refers to the fact that only the intensities, not the phases, of Brag...
A statistical method is presented for the determination of the scale factor, an overall isotropic te...
[[abstract]]A brief review is given of multiple diffraction of X-rays in crystals in relation to the...
A statistical method is presented for the determination of the scale factor, an overall isotropic te...
In the followiug pages an outline in the study of X-rays leading to the discovery of diffraction of ...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
The electron density function of p ( r) in a crystal determines its diffraction pattern, that is, b...
In every text-book about Crystallography one can read sentences like this: If the phases of the stru...
AbstractThe number of equations relating the intensities of X-ray diffraction maxima with the crysta...
Abstract. X-ray crystallography is one of the main methods to establish the three-dimensional struct...
AbstractThe number of equations relating the intensities of X-ray diffraction maxima with the crysta...
Crystallographic phase problem refers to the fact that only the intensities, not the phases, of Brag...
A statistical method is presented for the determination of the scale factor, an overall isotropic te...
[[abstract]]A brief review is given of multiple diffraction of X-rays in crystals in relation to the...
A statistical method is presented for the determination of the scale factor, an overall isotropic te...
In the followiug pages an outline in the study of X-rays leading to the discovery of diffraction of ...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...
Statistical methods are used to derive an expression for the average X-ray diffraction intensity, as...