The Young's modulus (E) of the sample was calculated by using the relation between the compliance (C = δ/P) and the modulus at a specified contact radius (a) assuming Poisson's ratio of the sample equals 0.543.
Normalized cyclic stress strain curves are then used to evaluate the variation of cyclic parameters in terms of the diameter and aspect ratio of the sample.
The anisotropy ratio of the sample was used to indicate the anisotropic nature of a polycrystalline, and the TA less affect the anisotropy ratio.
Large size of the irradiation coil also improves the field homogeneity because as a ratio of the sample diameter to the magnet (coil) diameter increases, the field inhomogeneity also increases (Blümich et al., 2008) [1].
Mechanical properties of cellular solids depend on the ratio of the sample size to the cell size at length scales where the two are of the same order of magnitude.
The performance is assessed through comparing the asymptotic power with the exact power and reporting the ratio of the sample sizes with the parallel model and the design of direct questioning.
The results of this study show that the diameter and the aspect ratio of the sample have the most influence on the reloading strength and reloading tangent of the cyclic response.
R represents either the 18O/16O or D/H ratio of the sample, and Rvsmow is the isotope ratio of the V-SMOW, a reference standard.
The PL intensity ratio of the sample with the mole ratio of 1.1 3 is smaller than the others, which indicates a more efficient electron transfer to TiO2.
The axial ratio of the sample annealed at T a = 700 °C can be evaluated from the XRD peaks in Fig. 3c.
