Examples of 'neutron diffraction' in a sentence
Meaning of "neutron diffraction"
This phrase is used in the field of physics to describe a technique or process that involves studying the diffraction or scattering of neutrons by crystalline materials. It suggests that neutron beams are used to investigate the atomic or molecular structure of substances, providing insights into their properties and behavior
Show more definitions
- The interference process which occurs when neutrons are scattered by the atoms within solids, liquids and gases.
How to use "neutron diffraction" in a sentence
Basic
Advanced
neutron diffraction
Why is neutron diffraction such a powerful technique for.
Magnetic ordering is observable in neutron diffraction.
For neutron diffraction vanadium cylinders are used as sample holders.
The agreement with neutron diffraction data is close.
An ideal if nontrivial method of characterization of dihydrogen complexes is neutron diffraction.
The precautions needed for calibrating neutron diffraction instruments are described.
The preferred method of characterization of dihydrogen complexes is neutron diffraction.
Neutron diffraction is an important technique for determining the structures of molecules.
Results are compared to measurements from neutron diffraction experiments.
Neutron diffraction can therefore reveal the microscopic magnetic structure of a material.
The study of some organic crystal structures by neutron diffraction.
Neutron diffraction was also used to determine the location of the hydrogen atoms.
Redetermination by neutron diffraction.
Neutron diffraction measurements show that solid sulfamic acid exists as a zwitterion.
The relationship was evaluated with residual stress measurement using the neutron diffraction technique.
See also
Neutron diffraction used for the first time to improve advanced battery performance.
Data were obtained at major European facilities through synchrotron radiation and neutron diffraction.
Neutron diffraction provides powerful material and engineering information about reactor components and fuels.
The concept of Bragg diffraction applies equally to neutron diffraction and electron diffraction processes.
Finally, a neutron diffraction pattern was obtained at the temperature of liquid helium.
The elaboration of a large component neutron diffraction facility ;.
Indeed, neutron diffraction studies have led to a better understanding of the crystallographic structures.
Further, he resolved the structure of AgO using neutron diffraction.
Study of ultracold neutron diffraction by a moving grating ”.
To eliminate this ambiguity, this study was carried out by neutron diffraction.
Summarizing, the main disadvantage to neutron diffraction is the requirement for a nuclear reactor.
Non-destructive determination of residual strains / stresses and microstresses in polycrystalline materials by means of neutron diffraction.
Non-magnetic neutron diffraction is directly sensitive to the positions of the nuclei of the atoms.
This technique is similar to X-ray and neutron diffraction.
X-ray diffraction and neutron diffraction studies on polycrystalline samples have confirmed the different structural models.
This is evidenced by the absence of Bragg peaks in X-ray and neutron diffraction.
Neutron diffraction is closely related to X-ray powder diffraction.
Additional specific NMR, neutron diffraction studies have been also realized.
The crystal structure of solid lead ( II ) nitrate has been determined by neutron diffraction.
X-Ray and neutron diffraction techniques have been used to investigate the chemical order.
The alloys formation has been followed by X-ray and neutron diffraction and thermomagnetic analyses.
Microstructure analyses have then been performed using optical and scanning microscopy, EBSD, and neutron diffraction.
Neutron diffraction spectrum along the C * axis.
David has made significant contributions to the development of neutron diffraction and X-ray powder diffraction.
Neutron diffraction studies, however, confirmed its description as silverII.
In order to identify the metal X, neutron diffraction is used.
The first neutron diffraction experiments were performed in the 1930s.
Table III, Characteristics of the facilities for timeofflight neutron diffraction.
The critical fields from neutron diffraction previously obtained by [ 1 ] are also compared.
Structural study of BaTaO2 N by neutron diffraction.
Then, we observe at 220K by neutron diffraction the coexistence of hexagonal ice and chlorine dihydrate.
We have investigated the magnetic structure of CePt2In7 by neutron diffraction.
In some embodiments the spatial coordinates are determined by neutron diffraction or cryo-electron microscopy ( 212 ).
The texture was analysed and studied by EBSD, XRD, and neutron diffraction.
Clifford G. Shull “ for the development of the neutron diffraction technique ”.
You'll also be interested in:
Examples of using Diffraction
Show more
In the diffraction zone is a closed toroidal coil
I am afraid you confuse diffraction and refraction
Diffraction grating effects are sometimes seen in meteorology
Examples of using Neutron
Show more
So neutron tubes were removed from the reactor
Scanned and subjected to neutron emissions analysis
Neutron radiation has to be generated by human technology
