Neutron diffraction was used because it is sensitive to light elements and under the reaction conditions, iron nitrides are expected to form. An additional advantage is that neutrons are highly penetrating, simplifying cell design [42]. Surprisingly, nitrides were not observed but the α-Fe peaks ...
Neutron diffraction was used because it is sensitive to light elements and under the reaction conditions, iron nitrides are expected to form. An additional advantage is that neutrons are highly penetrating, simplifying cell design [42]. Surprisingly, nitrides were not observed but the α-Fe peaks ...
Neutron diffraction was used because it is sensitive to light elements and under the reaction conditions, iron nitrides are expected to form. An additional advantage is that neutrons are highly penetrating, simplifying cell design [42]. Surprisingly, nitrides were not observed but the α-Fe peaks ...