Translation of "Neutron diffraction" in German

In the search for lead-free alternatives, neutron diffraction techniques can be of help.

The exact structure of the metal carbonyl hydrides has been determined by using neutron diffraction and nuclear magnetic resonance spectroscopy.

Using neutron diffraction, we were able to locate the positions of water molecules on the ice-binding surface.

For the first time a neutron diffraction analysis of this important class of compounds succeeded which also has a large economic value.

The Commission co-ordinates major networks on the ageing of materials in nuclear power plants (AMES), on inspection and qualification (ENIQ), for evaluating structural integrity of components (NESC) and on application of neutron diffraction techniques (NET), and on safety of Eastern European type nuclear facilities (SENUF).

He investigated the interactions of proteins and lipids by EPR-spectroscopy, deuterium and phosphorus nuclear magnetic resonance, neutron diffraction and calorimetric methods.

The Institut Laue-Langevin (ILL)w7 Â has firmly established itself in frontier research into the hydrogen economy, using neutron diffraction to monitor hydrogenation and dehydrogenation reactions in potential hydrogen storage materials.

The magnitude of magnetic dipole-dipole interaction in neutron diffraction is comparable to strong-force interaction, which makes this technique useful for the determinatiaon of different kinds of magnetic orders.

To address this issue, the scientists used the spatially resolved neutron diffraction instrument STRESS -SPEC and were for the first time able to create a time and space resolved "map" of the various reactions.

Dimitri Argyriou (HZB) and his colleagues have produced iron-tellurium-selenium crystals and determined their chemical composition using X-ray and neutron diffraction.

The scientists examined the samples using neutron diffraction at BER II and other methods.

Hence as an isotope-sensitive technique, neutron diffraction has numerous advantages, especially in the area of localizing light elements and distinguishing neighbouring elements in the periodic table.

Anatoliy Senyshyn (FRM II/TUM) together with colleagues from TU Darmstadt and KIT /IAM-ESS Karlsruhe, therefore, studied the charge and discharge behaviour in more detail using high-resolution neutron powder diffraction at the instrument SPODI .

Information about crystallographic phases in a measuring sample can be obtained with diffraction experiments, such as e.g. X-ray diffraction (XRD), electron diffraction or neutron diffraction.

Together with his son Lawrence he established a new research branch: the analysis of crystal structures using x-ray and neutron diffraction.

To meet challenges of characterization of novel materials with X-ray and neutron diffraction techniques, highly reflective optics are needed that are based on specific nanostructured coatings.

The typic characterization methods comprise X-ray and neutron diffraction on single crystals and polycrystalline powders, thermochemical analysis and chemical analysis as well as the determination of relevant properties (magnetism, transport properties, mechanical properties etc.)

They came to the MLZ already with a complete data set from X-ray crystallography and supplemented their existing results by neutron diffraction analysis at the instrument BIODIFF .

The typical characterization methods comprise X-ray and neutron diffraction at single crystals and polycrystalline powders, thermochemical analysis and chemical solid-state analysis as well as the determination of relevant properties (Magnetism, transport characteristics, mechanical properties etc.)