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...
X-ray diffractometry (XRD) and differential scanning calorimetry (DSC) are widely used to measure changes in the physical and chemical states (e.g., phase transition, crystallization, dehydration...
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 diffraction (XRD) and differential scanning calorimetry (DSC) are widely used to measure changes in physical and chemical states, such as phase transition, crystallization, dehydration...
The physical and chemical properties of a crystalline solid depend heavily on the conformations of the molecules and the arrangement of atoms and molecules, that is, the “crystal...