Size-strain analysis using the fundamental parameter (FP) method
Crystallite size and strain affect the physical (mechanical, electric, magnetic and optical) properties of materials. It is quite important to quantify size and strain, and...
Crystallite size and strain affect the physical (mechanical, electric, magnetic and optical) properties of materials. It is quite important to quantify size and strain, and...
Small-angle X-ray scattering (SAXS) is an important technique for generating low resolution structures of proteins in native solution. Moreover, SAXS provides information on aggregation, folding...
Rigaku is pleased to announce the release of CSDA, a powerful new tool for determining average crystallite size and size distribution.
It is well known...
X-ray solution scattering experiments have been utilized to analyze structures and conformational changes of biological macromolecules. Those experiments employ X-ray scattering data in a small-angle...
The principle problem in single crystal X-ray analysis is the so-called “phase problem”; however, in the current situation in which various measurement devices, synchrotron radiation...