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The <110> axially oriented grains tend to elongate by plane strain so that after large wire drawing reduction they become long ribbons that need to bend and interfold about the wire axis (grain curling in transverse sections) in order to maintain continuity of the polycrystalline aggregate.
Representative volume, boundary conditions and other data of the simulations The results to be presented correspond to quasi 2D simulations.

For instance, the reduction in size of the associated structural units corresponds to smaller resistance against flow, which results in lower viscosities.
However, the levels of viscosity are different, even though the shape of the data is similar, because not enough time was allowed in our previous measurements to reach the true steady state.

Table 1: Thermal data and kinetic parameters for pristine ENR-50 and metal iodide/ENR-50 PEs.
The reduction of Ed for KI/ENR-50 at higher loading (40 and 50 wt %) is due to the promotion of thermal degradation of ENR-50 by KI.

Therefore, reduction of the cooling cost is very effective for improving profitability.
The last year of data, which are the values in parentheses, show better results because of fewer problems.

a) b) c) Figure 6 – SEM images for samples: (a) 40P3, (b) 65P3 and (c) 65P1 The comparison between mechanical data of the materials prepared using P1 or P3 fractions allows to state that, as expected, the former reached the highest compressive strengths [47 – 49].
An overall slight reduction of the pore sizes was recorded in the samples prepared with the natural powder, imputable to the more relevant shrinkage during sintering.

Among the most cost-effective methods is the annealing of amorphous SiO at temperatures higher than 850oC, in accordance with the disproportionation reaction [9], where Si+2 undergoes a simultaneous reduction to Si and oxidation to Si+4: 2SiO → Si + SiO2 This method has been already proved [10] very efficient for the development of Si nanocrystals inside the SiOx host, however, the structural features the SiOx epilayers exhibit are quite important for their optical response.
Qualitative and semi-quantitative analysis of EDS data was accomplished using the INCA microanalysis software package.

Table 6: Descriptive statistical data of the impact strength test.
The remarkable reduction in the flexural strength found in these groups may be due to weak adhesion between coated fibers, and the resin is behind the decrement of the flexural strength.

Given the atomic ratio of Fe3O4 (3:4, or 1:1.33), Fe3O4 (2:3, or 1:1.5), the type of oxide films cannot be firmly identified from the data of Table 2.
[27] Xiaozhe Z., Sen Y., Zhimao Y., Xiaoshan X., "Kinetics and Intermediate Phases in Epitaxial Growth of Fe3O4 Films from Deposition and Thermal Reduction", Journal of Applied Physics (2016), 120

The nitrogen content of NR reduction is different from the solvents, the nitrogen content reduce less when the latex was deproteinized in nonpolar organic solvents than deproteinized in polar organic solvents.
That this surface structure is a monolayer biomembrane is concluded from the single-track TEM surface layers and the single layer seen by SEM freeze fractures as well as from electron paramagnetic resonance data [46-47].

For example, the divided flow method is a principal to reduce friction or hydrostatics stress for bringing reduction in the forming load [2], a practical application of the divided flow method to multiple-axis press has promoted manufacturing of the automobile parts of high accuracy [3].
Superposing the results of FEM on the experimental data in Fig. 14, it is found that the fracture compression ratio increases with increasing radius of the punch.