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THE SCATTERING OF NEUTRONS BY ATOMS
DIFFRACTION BY CRYSTALS
15 other sections not shown
absorption alloys angle of scattering angular antiferromagnetic antiparallel arrangement axis barns Bragg angle calculated cent coherent scattering collimator component compounds contribution counter curve deduced determined diffraction pattern diffuse scattering direction distribution effect electrons elements equal example experimental ferromagnetic form factor Fourier give hydrogen atoms hydrogen bonds illustrated in Fig incident beam incoherent increase inelastic scattering intensity ions iron isotopes liquid magnetic field magnetic moments magnetic reflections magnetic scattering magnetic structure manganese material measurements metal method monochromator motion Neel temperature neighbouring neutron beam neutron diffraction neutron energy neutron scattering neutron wavelength nuclear scattering nucleus observed oxygen atoms parallel paramagnetic parameters peak phonon polarization position possible powder reactor reciprocal lattice rotation sample scattering amplitude scattering cross-section scattering length shown in Fig shows Shull single crystal spectra spectrum spin structure factors symmetry thermal unit cell variation vibrations water molecule wavelength Wollan X-rays zero