10 datasets found

It is proposed to use ENGIN-X for proof-of-concept investigations of BCC Fe (possibly also hex. Mg and FCC Al) alloys under multi axial loading, while simultaneously acquiring...

The Bragg edge transmission technique (BET) is a diffraction method exploiting the edges appearing in the transmitted neutron spectra crossing polycrystalline materials and is...

We request 4 days of beam-time on ENGIN-X to measure the elastic behaviour of polycrystalline samples of gypsum, antigorite, and talc as a function of uniaxial load. All three...

We propose to measure the spin wave dispersion and intensities throughout the Brillouin zone of the single layer half-doped manganite Pr0.5Ca1.5MnO4, whose ground state has the...

We propose to conduct experiments to further the technological and scientific development of micro-channel plate neutron detection systems for high spatial and time-of-flight...

The energy of transmitted neutrons can be obtained from their time-of-flight, simultaneously with the acquisition of the transmission radiographic image by a pixilated detector....

The aims of the experiment are (1) to obtain structural data for the model hydrogen storage intermetallic LaNi5 under a deuterium pressure of 3000 bar at cryogenic temperatures,...

Neutron tomography and neutron diffraction are ideal to study technical and art-historical aspects of Renaisaance bronze casting in a complety non-destructive way. A series of...

The Bragg edge transmission (BET) analysis is a technique exploiting the presence, position and shape of the edges which form in time of flight transmitted neutron beams. This...

In the current proposal we propose to test Zr-2.5Nb samples cut at a range of angles (0, 22.5, 45, 67.5 and 90°) in the RD-TD plane in in-situ compression at room temperature....