Solving pharmaceutical crystal structures from powder diffraction data is discussed in terms of the methodologies that have been applied and the complexity of the structures that have been solved. The principles underlying these methodologies are summarized and representative examples of polymorph, solvate, salt and cocrystal structure solutions are provided, together with examples of some particularly challenging structure determinations
Diffraction in the polycrystal/crystalline powder is one of the most powerful techniques in study of...
Una de les fites científiques més importants del segle XX ha estat sens dubte la descoberta de la di...
A strategy of using crystal structure prediction (CSP) methods to determine which, if any, isostruct...
Crystal structure determination from powder diffraction data (SDPD) using the DASH software package ...
An overview of contemporary methods of crystal structure solution from powder diffraction data is gi...
Determination of structural information from diffraction patterns of crystalline materials can ena...
Methods of structure determination from powder diffraction of non-molecular compounds (inorganics, e...
We report a method for routine crystal structure determination on very small (typically 0.1 mg or le...
The results from a third structure determination by powder diffractometry (SDPD) round robin are dis...
The effect of introducing conformational information to the DASH implementation of crystal structure...
Powder diffraction is the mostly widely used crystallographic method, with applications spanning all...
The development of powder diffraction (PD) techniques for structure analysis is traced from its ince...
In high throughput crystallography is possible to accumulate over 1000 powder diffraction patterns o...
A strategy of using crystal structure prediction (CSP) methods to determine which, if any, isostruct...
When a suitable crystal sample is not available, the structure determination from powder diffraction...
Diffraction in the polycrystal/crystalline powder is one of the most powerful techniques in study of...
Una de les fites científiques més importants del segle XX ha estat sens dubte la descoberta de la di...
A strategy of using crystal structure prediction (CSP) methods to determine which, if any, isostruct...
Crystal structure determination from powder diffraction data (SDPD) using the DASH software package ...
An overview of contemporary methods of crystal structure solution from powder diffraction data is gi...
Determination of structural information from diffraction patterns of crystalline materials can ena...
Methods of structure determination from powder diffraction of non-molecular compounds (inorganics, e...
We report a method for routine crystal structure determination on very small (typically 0.1 mg or le...
The results from a third structure determination by powder diffractometry (SDPD) round robin are dis...
The effect of introducing conformational information to the DASH implementation of crystal structure...
Powder diffraction is the mostly widely used crystallographic method, with applications spanning all...
The development of powder diffraction (PD) techniques for structure analysis is traced from its ince...
In high throughput crystallography is possible to accumulate over 1000 powder diffraction patterns o...
A strategy of using crystal structure prediction (CSP) methods to determine which, if any, isostruct...
When a suitable crystal sample is not available, the structure determination from powder diffraction...
Diffraction in the polycrystal/crystalline powder is one of the most powerful techniques in study of...
Una de les fites científiques més importants del segle XX ha estat sens dubte la descoberta de la di...
A strategy of using crystal structure prediction (CSP) methods to determine which, if any, isostruct...