Journal Article

Dataset contains data and codes related to the study of the possible use of radiative processes for precise measurement of first-generation quark couplings at future electron-positron collider running at the Z-pole. Results of the study were summarized in the publication 'Determination of the first-generation quark couplings at the Z-pole' published in J [...]

Understanding the thermo-mechanical compatibility of composite electrodes is essential for the longterm reliability of solid-oxide electrochemical devices. In this study, we demonstrate a combined in situ synchrotron X-ray diffraction (XRD) and simultaneous dilatometry approach as a rapid and predictive method to quantify both phase-resolved and bulk thermal expansion while tracking microstructural evolution at operational temperatures. [...]

The provided software is a fork of the LAMMPS software package with the added MAXENTRDF package. The added MAXENTRDF package includes the following directories: src/MAXENTRDF the source code of the MAXENTRDF package examples/PACKAGES/maxentrdf examples how to use the MAXENTRDF algorithm doc/src/fix_maxent_rdf.rst documentation on the maxentrdf fix The MAXENTRDF package was authored by Lars Dammann [...]

“Beak larva” is a collective term for four fossil specimens from Kachin amber, which are holometabolan larvae with a forward-projecting beak. This arrangement is very unusual, and so far it has been unclear whether these specimens are larvae of beetles or of lacewings [...]

The crystal structure and the pressure-mediated crystal-fluid interaction of mesolite have been re-investigated by a multi-methodological approach, based on single-crystal neutron diffraction and by in-situ single-crystal synchrotron X-ray diffraction, using a diamond anvil cell. The structure refinement based on neutron intensity data collected at 20 K confirms the general model previously reported for mesolite, but largely improves the description of the hydrogen-bond network (with accurate sites location, their libration regime and interactions). [...]

High entropy alloys (HEAs) are unique and novel materials with remarkable properties that render themcompetitive for developing key engineering applications within modern engineering sectors. In the present study,a AlCoCrFeNi HEA was gas tungsten arc welded to 316 L stainless steel, with the aim of assessing the compatibilityin terms of microstructure and mechanical performance. [...]

The transformation of retained austenite under mechanical load has a significant impact on the mechanicalproperties of high-strength low-alloy steels and weld metals. Here, we have studied the stability of retainedaustenite in a microalloyed, multipass high-strength all-weld metal using in situ high-energy X-ray diffractionphase quantification during tensile loading. [...]

This study investigated the microstructure, tensile strength, wettability, and steam oxidation resistance of as-castIN713C fabricated by vacuum lost-wax casting. A comprehensive array of techniques, including thermodynamicsimulations, synchrotron X-ray diffraction, differential thermal analysis, optical and electron microscopy, tensiletesting, sessile drop testing, and a high-temperature oxidation experiment, was employed to characterize the ascastmicrostructure. [...]

In this work, we present a comprehensive study of Al doped VN thin films with x = 0, 35, 60, 71, 84, 100 % in V$_{1−x}$Al$_x$N. These samples were deposited using a reactive magnetron sputtering process at room temperature (300 K), keeping the partial nitrogen gas flow fixed at 25 % [...]

We perform a detailed study of the cosmological constraints on the decay of a relic particle ϕ into neutrinos, ϕ → νν̅, in particular those arising from the observed light-element abundances in the early Universe. Several processes are relevant, including final-state radiation associated with the decay, as well as subsequent interactions of the injected neutrinos with the thermal background neutrinos or between themselves. [...]