Sentence examples for the length evolution from inspiring English sources

While the length evolution of promoter-less intergenic regions is well described by a simplistic, purely neutral model, regions containing promoters typically show an excess of unusually long regions.

As indicated by the curve fittings, the length of the MF at both presence and absence of the thermal gradient follows the diffusive model of the MF growth [ 36, 37], in which the length evolution is described as.. for the early stage of the growth.

In order to verify the model and to calibrate the model parameters, the crack length evolution of microcracks is followed at room temperature for pure LCF and combined LC F/HCFloading in a 10%-chromium steel.

In this work the effect of compressibility on the slug length evolution and inlet pressure is computed.

Figure 14 shows the queue length evolution and queue length distribution for ARED, VQ, PI and AAQM.

These boundary effects can be observed, for example, in the mean sarcomere length evolution during the contraction: the sarcomere length rate may contain spurious peaks (Instruction Manual: Model 901A, Aurora Scientific, 2008), especially when measuring sarcomere length from a relatively small ROI.

Furthermore, despite a number of studies elucidating the mechanism for the morphological evolution, porosification, and tapering of both lightly and highly doped SiNWs fabricated with MACE [15, 17, 32], the mechanism of length evolution due to the competing effects of deposited metal etching, re-nucleated metal etching, hole diffusion, and reactant diffusion has not been fully investigated.

In this work, the flame downwash length evolution of non-premixed jets for different pipe nozzle diameters at various fuel discharge velocities and cross-flow air speeds as well as the critical condition under which the flame downwash occurs have been quantified comprehensively.

There are few papers which investigate the nanowire diameter and length evolution [24, 29] and discuss the growth process.

It is proposed here to identify the law of crack length evolution with a small number of parameters governing a recently presented model (Rekik and Lebon, submitted for publication) describing the interface behavior in damaged masonry.

For the 412 remaining B. aphidicola genes, the direction of change in length evolution has been identified: 57 (66) were found to have increased (or decreased) in the E. coli lineage, and 96 (193) were found to have increased (decreased) in the B. aphidicola lineage.