Секция 6. Современное оборудование и технологииThe range of applications covered by modern x-ray facilities stretches from atomic physics to biological processes. The mostly used techniques are: diffraction/scattering, spectroscopy and imaging/microscopy. We proposed to use additional scattered intensity between Bragg peaks, to improve the resolution of reconstructed structure and, in future, to develop a new method of ab initio structure determination that can solve the phase problem of classical structure determinatio
Author Institution: Mendenhall Laboratory of Physics, The Ohio State University, Columbus 1
The use of x-rays to probe matter is an ever increasing popular technique due to their short wavelen...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
Секция 6. Современное оборудование и технологииThe range of applications covered by modern x-ray fac...
X-ray scattering techniques are a family of nondestructive analytical techniques. Using these techni...
It was suggested more than three decades ago that the three-dimensional structure of one particle ma...
Contribution à un ouvrage.X-ray analysis plays the leading role among the experimental methods of de...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
Measuring atomic-resolution images of materials with x-ray photons during chemical reactions or phys...
La diffraction des rayons X est la seule méthode d'utilisation générale qui permette la déterminatio...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...
The role of diffraction methods for the solid-state sciences has been pivotal to determining the (mi...
Authored by a university professor deeply involved in X-ray diffraction-related research, this textb...
X-ray crystallography is a widely used analytical technique for the structure solution of small mole...
X-ray Diffractometry is a very useful analytical technique to achieve detailed information about the...
Author Institution: Mendenhall Laboratory of Physics, The Ohio State University, Columbus 1
The use of x-rays to probe matter is an ever increasing popular technique due to their short wavelen...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
Секция 6. Современное оборудование и технологииThe range of applications covered by modern x-ray fac...
X-ray scattering techniques are a family of nondestructive analytical techniques. Using these techni...
It was suggested more than three decades ago that the three-dimensional structure of one particle ma...
Contribution à un ouvrage.X-ray analysis plays the leading role among the experimental methods of de...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
Measuring atomic-resolution images of materials with x-ray photons during chemical reactions or phys...
La diffraction des rayons X est la seule méthode d'utilisation générale qui permette la déterminatio...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...
The role of diffraction methods for the solid-state sciences has been pivotal to determining the (mi...
Authored by a university professor deeply involved in X-ray diffraction-related research, this textb...
X-ray crystallography is a widely used analytical technique for the structure solution of small mole...
X-ray Diffractometry is a very useful analytical technique to achieve detailed information about the...
Author Institution: Mendenhall Laboratory of Physics, The Ohio State University, Columbus 1
The use of x-rays to probe matter is an ever increasing popular technique due to their short wavelen...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...