As Arduengo's involvement in the automotive coatings program came to an end, he submitted a proposal to the management in X-ray and neutron diffraction techniques.
42.
Loveday is considered one of the pioneers of neutron diffraction at high pressure and was a founder member of the Paris Edinburgh high-pressure neutron diffraction collaboration.
43.
Loveday is considered one of the pioneers of neutron diffraction at high pressure and was a founder member of the Paris Edinburgh high-pressure neutron diffraction collaboration.
44.
These data show that most structures are determined by X-ray diffraction, with less than 1 % of structures being determined by neutron diffraction or powder diffraction.
45.
Cochran went on to study neutron diffraction with Bertram Brockhouse and used lattice dynamics and to explain the phenomenon of ferroelectricity in terms of lattice instabilities.
46.
HIFAR was used for research, particularly neutron diffraction experiments, production of neutron transmutation doped ( NTD ) silicon, and for production of medical and industrial radioisotopes.
47.
In fact the latter found its origin in neutron diffraction ( at Petten in the Netherlands ) and was later extended for use in X-ray diffraction.
48.
:: : HIFAR produces both medical and industrial radioisotopes, as well as being used for a variety of research activities, notably neutron diffraction investigation of crystal lattices.
49.
Neutron diffraction has never been an in house technique because it requires the availability of an intense neutron beam only available at a nuclear reactor or spallation source.
50.
The greater scattering power of protons and deuterons means that the position of hydrogen in a crystal and its thermal motions can be determined with greater precision by neutron diffraction.
