Why is Neutron Diffraction Important in Catalysis?
In the field of catalysis, understanding the precise atomic structure and dynamics of catalysts is crucial for optimizing their performance. Neutron diffraction offers several advantages in this context:
Penetration Depth: Neutrons can penetrate deep into materials, allowing for the study of bulk properties. Sensitivity to Light Elements: Neutrons are particularly sensitive to light elements like hydrogen, which are often involved in catalytic reactions. Magnetic Structure: Neutron diffraction can also provide information about the magnetic properties of catalysts, which can influence their catalytic behavior.
