Table of Contents

Introductory Theory of Neutron Scattering: Mainly diffraction; Incoherent inelastic scattering; Connection with the Schrodinger equation; Magnetic scattering; Coherent inelastic scattering; Surfaces and neutron optics; Instrumentation and data handling: Neutron scattering instrumentation; Data acquisition; The maximum entropy techniques applied to neutron scattering; Experimental method and corrections to data; Topics in diffraction and inelastic scattering: Single crystal diffractometry; Powder diffractometry; The structure of liquids and amorphous solids; Small angle neutron scattering from materials; Biological systems; Neutron optics; Quasielastic neutron spectroscopy; Inelastic incoherent neutron scattering spectroscopy of hydrogen vibrations in metals and molecules; Coherent excitations. Magnetism and neutron scattering; High energy excitations. Index.