High-resolution time-of-flight (TOF) diffractometers at short-pulse spallation neutron sources
(SPS)—the most well-known example is HRPD at ISIS—have proved themselves to be …

Neutron diffraction study of residual stresses in materials became widely used in the world
due to high penetrating power of neutrons. Therefore, to study residual stresses, the FSD …

A Monte Carlo model of the thermal-neutron scintillation detector based on NE 912 lithium
glass has been created and verified. The simulation was validated by comparing its result to …

The influence of phase errors on the accuracy of the neutron diffraction peak parameters is
discussed. It is shown that a constant phase error leads to both a distortion of the shape and …

Изучение остаточных напряжений в материалах при помощи дифракции нейтронов
приобрело широкое распространение в мире из-за высокой проникающей способности …

A universal serial bus (USB)-based data acquisition system for neutron time-of-flight (TOF)
spectrum measurements is designed and tested at the Cairo Fourier diffractometer facility …

This report represents the results of the measurements performed recently with the Cairo
Fourier diffractometer facility (CFDF). The CFDF performance is assessed and the main …

The present work deals with the results of measurements performed recently with the Cairo
Fourier diffractometer facility (CFDF). The CFDF is based on the reverse time-of-flight …

The present work introduces a new design to replace the (Finnish make) reverse time of
flight (RTOF) analyzer used for the Fourier diffractometer facilities. The new design applies a …

This paper outlines and deals with the problem of fault detection, isolation and identification
of the four-elements detector system attached to the Cairo Fourier diffractometer facility …