Performing diffraction experiments for various lengths of coherent scattering and using the scaling of peak intensities on a number of atoms one can experimentally distinguish quasi-crystals from the other structures (e.g. twins or random). For perfect quasi-crystals peak intensities scale as N$\text{}^{2}$, for other structures this scaling depends on concentration of atoms, behaving critical for Penrose concentration
In this paper, we show the fundamentals of statistical method of structure analysis. Basic concept o...
Quasicrystals are long-range ordered and yet non-periodic. This interplay results in a wealth of int...
The paper describes measuring methods of weak resonant scattering signals occurring in X-ray diffrac...
Abstract: A method for analyzing and classifying two-dimensional pure point diffraction spectra (i.e...
The atomic structure of inhomogeneous substances is extremely complex, and consequently for these co...
International audienceThe Bragg reflections from icosahedral quasicrystals obtained in the course of...
Twinning can lead to a diffraction pattern with additional reflections that are incommensurate with ...
The intensities of far-field diffraction patterns of orientationally aligned molecules obey Wilson s...
A review is given with 45 references. The atmospheric configuration of quasicrystals is close to tha...
A new method - atomic correlation method for describing structures of solids is presented. We begin ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
The phases of X-ray reflection of a crystal can be measured, except for an ambiguity, if the crystal...
We study interference patterns of double-diffraction systems with quasiperiodic structures. A quasi...
A simple test based on intensity statistics is presented for the detection of twinning by merohedry....
The effects of the variation of atomic spacing ratio of a one dimensional quasicrystal material are ...
In this paper, we show the fundamentals of statistical method of structure analysis. Basic concept o...
Quasicrystals are long-range ordered and yet non-periodic. This interplay results in a wealth of int...
The paper describes measuring methods of weak resonant scattering signals occurring in X-ray diffrac...
Abstract: A method for analyzing and classifying two-dimensional pure point diffraction spectra (i.e...
The atomic structure of inhomogeneous substances is extremely complex, and consequently for these co...
International audienceThe Bragg reflections from icosahedral quasicrystals obtained in the course of...
Twinning can lead to a diffraction pattern with additional reflections that are incommensurate with ...
The intensities of far-field diffraction patterns of orientationally aligned molecules obey Wilson s...
A review is given with 45 references. The atmospheric configuration of quasicrystals is close to tha...
A new method - atomic correlation method for describing structures of solids is presented. We begin ...
This chapter discusses the experimental methods used to study the diffraction of X-rays and neutrons...
The phases of X-ray reflection of a crystal can be measured, except for an ambiguity, if the crystal...
We study interference patterns of double-diffraction systems with quasiperiodic structures. A quasi...
A simple test based on intensity statistics is presented for the detection of twinning by merohedry....
The effects of the variation of atomic spacing ratio of a one dimensional quasicrystal material are ...
In this paper, we show the fundamentals of statistical method of structure analysis. Basic concept o...
Quasicrystals are long-range ordered and yet non-periodic. This interplay results in a wealth of int...
The paper describes measuring methods of weak resonant scattering signals occurring in X-ray diffrac...