## Abstract

We present a review of the dynamical theory of neutron diffraction by macroscopic bodies which provides the theoretical basis for the study of neutron optics. We consider both the theory of dispersion, in which it is shown that the coherent wave in the medium satisfies a macroscopic one-body Schroedinger equation, and the theory of reflection, refraction, and diffraction in which the above equation is solved for a number of special cases of interest. The theory is illustrated with the help of experimental results obtained over the past 10 years by a number of new techniques such as neutron gravity refractometry. Pendelloesung interference, and neutron interferometry.

## Citation Formats

Sears, V F.
Dynamical theory of neutron diffraction. [One-body Schroedinger equation, review].
Canada: N. p.,
1978.
Web.

Sears, V F.
Dynamical theory of neutron diffraction. [One-body Schroedinger equation, review].
Canada.

Sears, V F.
1978.
"Dynamical theory of neutron diffraction. [One-body Schroedinger equation, review]."
Canada.

@misc{etde_5959587,

title = {Dynamical theory of neutron diffraction. [One-body Schroedinger equation, review]}

author = {Sears, V F}

abstractNote = {We present a review of the dynamical theory of neutron diffraction by macroscopic bodies which provides the theoretical basis for the study of neutron optics. We consider both the theory of dispersion, in which it is shown that the coherent wave in the medium satisfies a macroscopic one-body Schroedinger equation, and the theory of reflection, refraction, and diffraction in which the above equation is solved for a number of special cases of interest. The theory is illustrated with the help of experimental results obtained over the past 10 years by a number of new techniques such as neutron gravity refractometry. Pendelloesung interference, and neutron interferometry.}

journal = {Can. J. Phys.; (Canada)}

volume = {56:10}

journal type = {AC}

place = {Canada}

year = {1978}

month = {Oct}

}

title = {Dynamical theory of neutron diffraction. [One-body Schroedinger equation, review]}

author = {Sears, V F}

abstractNote = {We present a review of the dynamical theory of neutron diffraction by macroscopic bodies which provides the theoretical basis for the study of neutron optics. We consider both the theory of dispersion, in which it is shown that the coherent wave in the medium satisfies a macroscopic one-body Schroedinger equation, and the theory of reflection, refraction, and diffraction in which the above equation is solved for a number of special cases of interest. The theory is illustrated with the help of experimental results obtained over the past 10 years by a number of new techniques such as neutron gravity refractometry. Pendelloesung interference, and neutron interferometry.}

journal = {Can. J. Phys.; (Canada)}

volume = {56:10}

journal type = {AC}

place = {Canada}

year = {1978}

month = {Oct}

}