Decreased number of cones and retinal ganglion cells in Oc-deficient retina. by Michaela Kreplova (9239560)

Ferroelectric Properties and Electrocaloric Effect in Dy2O3 Substitution on Lead-Free (Na0.5 Bi0.5)0.94 Ba0.06TiO3 Ceramic by Turki, O.

Get full text

S1 File - by Valérie Chetboul (579758)

“…The inbreeding coefficient, which was assessed from the pedigree analysis of all screened dogs except one, was not significantly different between dogs with either AS (0.59%; P = 0.86) or PS (0.39%; P = 0.72) and those without any arterial stenosis (0.39%).…”

Decrease in the interscale differentiation marker in senescence prone SAMP8 mice. by Gopakumar Changarathil (3479078)

The percentage changes of stress and geometry weight of FTCS (The cell number is according to the rows of Table 11 and Figs 19 and 20). by Shokouh Dezianian (17145036)

Fig 1 - by Valérie Chetboul (579758)

The scaled samples of 3D printing. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

The results of the FTCS optimization. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

Tire dimensions and the arrangement of cells. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

The optimization parameters in this study. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

3D printing parameters in the present study. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

Mechanical properties of the studied materials. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

The results of cubic unit cell optimization. by Shokouh Dezianian (17145036)

“…However, the weight of these samples decreased by 59%. Furthermore, the fracture surface was also investigated by field-emission scanning electron microscopy. …”

The percentage of changes in stress and weight of cubic unit cell (The cell number is according to the rows of Table 5 and Figs 8 and 9). by Shokouh Dezianian (17145036)

Percentage changes of stress and weight of cylindrical unit cell (The cell number is according to the rows of Table 7 and Figs 10 and 11). by Shokouh Dezianian (17145036)

The von-Mises stress (Pa) contour of optimized FTCS (The sample number is according to the rows of Table 13 and Fig 21). by Shokouh Dezianian (17145036)

The von-Mises stress (Pa) contour of optimized cylindrical unit cell (The sample number is according to the rows of Table 10 and Fig 13). by Shokouh Dezianian (17145036)

The von-Mises stress (Pa) contour of the optimized cubic unit cell (The cell number is according to the rows of Table 5 and Fig 8). by Shokouh Dezianian (17145036)

The von-Mises stress (Pa) contour of optimized FTCS (The sample number is according to the rows of Table 11 and Fig 19. Moreover, no answer was obtained for Sample 4). by Shokouh Dezianian (17145036)

The von-Mises stress (Pa) contour of optimized cylindrical unit cell (The cell number is according to the rows of Table 7 and Fig 10). by Shokouh Dezianian (17145036)