The paper describes distorted lattices that can be derived from the face-centred cubic Bravais lattice. Crystallographic principles are outlined and it is discussed how various lattices can be identified from the observed splitting of X-ray powder diffraction lines. Examples are taken from recent high-pressure studies of actinide rocksalt structure compounds and cerium metal
The high-pressure structural behavior of californium has been studied experimentally and theoretical...
The high-pressure crystal structures of the compounds UX, where X = S, Se and Te, are studied using ...
The crystal structure of CeO2 has been investigated to 70 GPa using energy dispersive x-ray diffract...
The paper describes distorted lattices that can be derived from the face-centred cubic Bravais latti...
Since the late 1950’s, high-pressure structural studies have become increasingly frequent, following...
The crystal structure of the high-pressure distorted fcc phase, which is so far the last in the sequ...
Energy dispersive X-ray diffraction with synchrotron radiation has been used to probe the room tempe...
A series of recent x-ray diffraction experiments carried out by scientists from the Max-Planck-Insti...
The results of an x-ray diffraction energy-dispersive study on solid Cd under high-pressure conditio...
X-ray diffraction experiments carried out on alkali metals under high pressure have provided new ins...
More than five decades have passed since the first single-crystal X-ray diffraction experiments at h...
Single-crystal X-ray diffraction in a diamond anvil cell has proven to be a powerful tool for studyi...
High-entropy alloys (HEAs) attract growing interest due to their remarkable properties. However, our...
The crystal structures of some light actinide metals are studied theoretically as a function of appl...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
The high-pressure structural behavior of californium has been studied experimentally and theoretical...
The high-pressure crystal structures of the compounds UX, where X = S, Se and Te, are studied using ...
The crystal structure of CeO2 has been investigated to 70 GPa using energy dispersive x-ray diffract...
The paper describes distorted lattices that can be derived from the face-centred cubic Bravais latti...
Since the late 1950’s, high-pressure structural studies have become increasingly frequent, following...
The crystal structure of the high-pressure distorted fcc phase, which is so far the last in the sequ...
Energy dispersive X-ray diffraction with synchrotron radiation has been used to probe the room tempe...
A series of recent x-ray diffraction experiments carried out by scientists from the Max-Planck-Insti...
The results of an x-ray diffraction energy-dispersive study on solid Cd under high-pressure conditio...
X-ray diffraction experiments carried out on alkali metals under high pressure have provided new ins...
More than five decades have passed since the first single-crystal X-ray diffraction experiments at h...
Single-crystal X-ray diffraction in a diamond anvil cell has proven to be a powerful tool for studyi...
High-entropy alloys (HEAs) attract growing interest due to their remarkable properties. However, our...
The crystal structures of some light actinide metals are studied theoretically as a function of appl...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
The high-pressure structural behavior of californium has been studied experimentally and theoretical...
The high-pressure crystal structures of the compounds UX, where X = S, Se and Te, are studied using ...
The crystal structure of CeO2 has been investigated to 70 GPa using energy dispersive x-ray diffract...