This review examines the physical reasons why nanoparticles differ in structure from the bulk. Certain simple properties of nanoparticles are explained through these structural differences. A powerful method of measuring the three dimensional structure of nanoparticles, Coherent X-ray diffraction (CXD), is introduced. A key experiment is described that uses CXD to study the redistribution of strains on the surface of a Au nanocrystal. Some future perspectives are discussed in conclusion
The applicability of standard methods for the evaluation of powder diffraction data of nano-size cry...
Shape and size are known to determine a nanoparticle’s properties. Hardly ever studied in synthesis,...
Labeling a group of materials as "nano " is justified if their properties are unique in th...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
Abstracts of the 33rd European Crystallography Meeting, August 2022International audienceThe advent ...
Abstracts of the 33rd European Crystallography Meeting, August 2022International audienceThe advent ...
Nearly identical Pd nanocubes yield an x-ray powder diffraction pattern with interference fringes af...
Coherent X-ray Diffraction is applied to investigate the structure of individual nanocrystalline sil...
A new non-destructive, high resolution X-ray diffraction technique is developed for the characterisa...
X-ray diffraction techniques are a very useful characterization tool to study, non-destructively, th...
A new non-destructive, high resolution X-ray diffraction technique is developed for the characterisa...
Les propriétés mécaniques des petits objets diffèrent fortement de celles du matériau massif à parti...
The applicability of standard methods for the evaluation of powder diffraction data of nano-size cry...
Shape and size are known to determine a nanoparticle’s properties. Hardly ever studied in synthesis,...
Labeling a group of materials as "nano " is justified if their properties are unique in th...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
We discuss here what important knowledge can be gained by X-ray diffraction (of course, more specifi...
Abstracts of the 33rd European Crystallography Meeting, August 2022International audienceThe advent ...
Abstracts of the 33rd European Crystallography Meeting, August 2022International audienceThe advent ...
Nearly identical Pd nanocubes yield an x-ray powder diffraction pattern with interference fringes af...
Coherent X-ray Diffraction is applied to investigate the structure of individual nanocrystalline sil...
A new non-destructive, high resolution X-ray diffraction technique is developed for the characterisa...
X-ray diffraction techniques are a very useful characterization tool to study, non-destructively, th...
A new non-destructive, high resolution X-ray diffraction technique is developed for the characterisa...
Les propriétés mécaniques des petits objets diffèrent fortement de celles du matériau massif à parti...
The applicability of standard methods for the evaluation of powder diffraction data of nano-size cry...
Shape and size are known to determine a nanoparticle’s properties. Hardly ever studied in synthesis,...
Labeling a group of materials as "nano " is justified if their properties are unique in th...