Sentence examples for information on the electron from inspiring English sources

A particular strength of electronic Raman scattering is the possibility to detect information on the electron dynamics from different regions of the Brillouin zone.

However, implementation of the NCF in practice implies getting more information on the electron emission mechanism.

So-called geometry free GPS measurements provide information on the electron density, which is basically a four-dimensional function depending on spatial position and time.

In contrast to simple single distance phase retrieval techniques, grating interferometry provides quantitative information on the electron density distribution in a sample with a higher sensitivity [27], albeit requiring a dedicated rather complex setup and still calling for multiple projections at each angular position.

Detailed information on the electron microscopy techniques and the Raman spectroscopy instrumentation can be found in the Supporting Information.

Other methods of using information on the electron density topology to obtain a relative ranking of lattice energies in polymorphs are even more approximate and hence (generally) less useful.

Hence, geometry-free GNSS measurements provide informations on the electron density, which is basically a four-dimensional function depending on spatial position and time.

There is some information available on the electron microscopy characteristics of platelet and fibrin networks in humans [ 13] and other animal species [ 14].

One such device is the Retarding Field Analyzer (RFA), which provides information on the local electron cloud density and energy distribution.

Magnetic X-ray diffraction is found to be particularly well suited to the study of the modulated magnetic structures in superlattices, and provides unique information on the conduction-electron spin density wave responsible for the propagation of magnetic order.

These multiple projections encode information not only on the electron density distribution but also on the absorption and scattering properties of the investigated specimen.