Easy and convenient techniques have been developed to handle air-sensitive compounds in terms of measuring their single-crystal X-ray diffraction intensities. These methods have also been fruitfully applied in collecting X-ray data of several highly air-sensitive inorganic and organometallic compounds without using a cold stream of nitrogen
An alternative storage method to separate sample preparation from single-crystal and powder X-ray di...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
Diffraction studies with x-rays give information concerning spatical periodicity within a substance ...
The study brings short review of methods of X-ray diffraction, namely rotation, Weissenberg, precess...
An overview of commonly available, state-of-the-art diffraction techniques for university research i...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
The high brilliance over a wide spectral range up into the hard X-ray region, the small source size ...
In this article the main possibilities of single crystal and powder diffraction analysis using conve...
The properties of synchrotron radiation relevant to single-crystal X-ray diffractometry are: its hig...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...
The following topics are discussed: the diffraction geometry of X-radiation on the spatial lattice ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
Selected examples of the main applications of powder diffraction in the study of the crystal structu...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
An alternative storage method to separate sample preparation from single-crystal and powder X-ray di...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
Diffraction studies with x-rays give information concerning spatical periodicity within a substance ...
The study brings short review of methods of X-ray diffraction, namely rotation, Weissenberg, precess...
An overview of commonly available, state-of-the-art diffraction techniques for university research i...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
The high brilliance over a wide spectral range up into the hard X-ray region, the small source size ...
In this article the main possibilities of single crystal and powder diffraction analysis using conve...
The properties of synchrotron radiation relevant to single-crystal X-ray diffractometry are: its hig...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...
The following topics are discussed: the diffraction geometry of X-radiation on the spatial lattice ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
Selected examples of the main applications of powder diffraction in the study of the crystal structu...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
An alternative storage method to separate sample preparation from single-crystal and powder X-ray di...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...