Diffraction studies with x-rays give information concerning spatial periodicity within a substance since the scattering of x-rays by material depends on the arrangement of the atoms. The diffraction analysis yields information concerning the way the atoms are arranged in the ultimate particles of the material, the size of these particles and their arrangement in the mass. The x-ray diffraction of a crystalline substance provides a practical method of chemical analysis because the diffraction pattern can be used empirically as a unique identification of a substance without the personal factor
Diffraction methods have provided the large majority of solved atomic-scale structures for both the ...
A review. The recent growing interest in amorphous and liq. materials has triggered new studies aim...
X-ray methods are very useful tools for the structural characterization of polymer systems. Consider...
Diffraction studies with x-rays give information concerning spatical periodicity within a substance ...
X-ray Diffractometry is a very useful analytical technique to achieve detailed information about the...
The intent of this chapter is to provide the basics of using x-ray diffraction techniques in order t...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
Accurate knowledge of molecular structure is a prerequisite for rational drug design. X-ray diffract...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
Diffraction methods have provided the large majority of solved atomic-scale structures for both the ...
A review. The recent growing interest in amorphous and liq. materials has triggered new studies aim...
X-ray methods are very useful tools for the structural characterization of polymer systems. Consider...
Diffraction studies with x-rays give information concerning spatical periodicity within a substance ...
X-ray Diffractometry is a very useful analytical technique to achieve detailed information about the...
The intent of this chapter is to provide the basics of using x-ray diffraction techniques in order t...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
Accurate knowledge of molecular structure is a prerequisite for rational drug design. X-ray diffract...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
Diffraction methods have provided the large majority of solved atomic-scale structures for both the ...
A review. The recent growing interest in amorphous and liq. materials has triggered new studies aim...
X-ray methods are very useful tools for the structural characterization of polymer systems. Consider...