Neutron transmission spectra of a rotating crystal carry information about its lattice. The relationship between Bragg-dip positions in the spectra and the crystal lattice is investigated theoretically, and schemes for unambiguous determination of crystal orientation and lattice parameters are presented.

Results of computer simulations of the transmission of an X-ray beam through a two-dimensional photonic crystal as well as the propagation of an X-ray beam in free space behind the photonic crystal are reported.

Diamond transmission-mode white-beam position monitors installed at undulator beamline X25 at the National Synchrotron Light Source are described.

This study provides an extensive evaluation of the suitability of transmission detectors for use in synchrotron-based microbeam radiation therapy applications.

TEMGYM Basic is a Python-based ray-tracing tool for novel experiment visualization and an interactive learning environment for using transmission electron microscopes.

Preparation and testing results of a pixelated transmission-mode diamond X-ray detector prototype are presented.

Neural networks were trained for robust classification of narrow electron beam diffraction patterns and may significantly decrease the need for storage space.

Measurements of the transmission as well as the contribution of harmonic radiation at the soft X-ray beamline of the Small Quantum Systems instrument at the SASE3 undulator of European XFEL are presented.

A new method to recover the orientation matrix of a single crystal using time-of-flight neutron transmission spectra is employed on experimentally recorded data of copper specimens.

A method for obtaining the crystallographic texture of polycrystalline samples through analysis of Bragg edges is presented and applied to the case of a cubic material.