Sentence examples for relaxation of structure from inspiring English sources

For each cluster, an optimization (relaxation) of structure geometry was performed, and the basic properties of the band structure were investigated.

Photoconductivity relaxation of structure with QDs excited with 980 nm excitation was found to be significantly faster compared with the structures with QWRs and well described by a single exponential function (see Fig. 5b).

Putting these utilities together with an MD step into one framework is the main contribution of PEPstrMOD, but one should emphasize that on the 100 ps time-scale, as used by PEPstrMOD, MD is nothing more than a tool for local relaxation of structures, which in some cases could actually lower the accuracy of the prediction.

Putting these utilities together with an MD step into one framework is the main contribution of PEPstrMOD, but one should emphasize that on the 100 ps time-scale, as used by PEPstrMOD, MD is nothing more than a tool for local relaxation of structures, which in many cases (see next comment) actually lowers the accuracy of the prediction.

Consequently, histone acetylation leads to relaxation of chromatin structure eliciting onset of gene transcription, while histone deacetylation induces a transcriptionally repressed chromatin.

This is an important result, indicating that the relaxation time of diffusion is basically driven by the relaxation of the structure itself.

The combination of time-resolved results and DFT calculations establishes that the observed transients rT‒* can be attributed to the excited state πσ*-MO of the TNI of rT, and its dissociation proceeds via gradual relaxation of the structure on bond elongation through a barrier-free N1 C1′ glycosidic bond cleavage.

An overview of the energies of the electron and TNI of rT in DEG is shown in Fig. 1 and Supplementary Figure 9. Thus, electrons generated in the conduction band should be efficiently captured into the excited state πσ*-MO of the rT TNI and proceed via gradual relaxation of the structure on bond elongation to a barrier-free N1 C1′ glycosidic bond cleavage leading to thymine release.

The slower process causes two dimensional relaxation of the structure within WO3 layers.

Strong acetylation of histones induces relaxation of chromatin structure and is associated with transcriptional activation, whereas weak acetylation leads to chromatin compaction and gene repression (Berger 2007).

Using the MD method, it was shown in [2] that relaxation of their structure results in a wave-like or "rippled" surface, in which B atoms rotate inward and N atoms outward, reminiscent of the surface relaxation of the bulk III V compounds.