International audienceThis review provides an overview of high pressure crystallography using synchrotron radiation. Such experiments concern most of the scientific domains (Physics, Chemistry, Biology, Earth Science, Material Science...). After a description of the most used high pressure apparatus and of the different techniques of diffraction, adapted to high pressure environment, we present few examples of scientific results, selected from these different scientific domains. The perspective opened by recent experimental developments is also discussed
An indigenously developed facility for conducting X-ray diffraction experiments on materials under h...
An indigenously developed facility for conducting X-ray diffraction experiments on materials under h...
During recent decades the number of high-pressure crystallographic studies has rapidly increased. Th...
International audienceThis review provides an overview of high pressure crystallography using synchr...
International audienceThis review provides an overview of high pressure crystallography using synchr...
International audienceThis review provides an overview of high pressure crystallography using synchr...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
With the availability of powerful synchrotron X-Ray sources and sensitive and fast detectors, X-ray ...
More than five decades have passed since the first single-crystal X-ray diffraction experiments at h...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
With the availability of powerful synchrotron X-Ray sources and sensitive and fast detectors, X-ray ...
Since the late 1950’s, high-pressure structural studies have become increasingly frequent, following...
This chapter highlights the area of crystallography of molecular systems under high-pressure conditi...
This chapter highlights the area of crystallography of molecular systems under high-pressure conditi...
An indigenously developed facility for conducting X-ray diffraction experiments on materials under h...
An indigenously developed facility for conducting X-ray diffraction experiments on materials under h...
During recent decades the number of high-pressure crystallographic studies has rapidly increased. Th...
International audienceThis review provides an overview of high pressure crystallography using synchr...
International audienceThis review provides an overview of high pressure crystallography using synchr...
International audienceThis review provides an overview of high pressure crystallography using synchr...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
With the availability of powerful synchrotron X-Ray sources and sensitive and fast detectors, X-ray ...
More than five decades have passed since the first single-crystal X-ray diffraction experiments at h...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
In the first part, various techniques and examples for X-ray diffraction on polycrystalline samples ...
With the availability of powerful synchrotron X-Ray sources and sensitive and fast detectors, X-ray ...
Since the late 1950’s, high-pressure structural studies have become increasingly frequent, following...
This chapter highlights the area of crystallography of molecular systems under high-pressure conditi...
This chapter highlights the area of crystallography of molecular systems under high-pressure conditi...
An indigenously developed facility for conducting X-ray diffraction experiments on materials under h...
An indigenously developed facility for conducting X-ray diffraction experiments on materials under h...
During recent decades the number of high-pressure crystallographic studies has rapidly increased. Th...