Sentence examples for defect fraction from inspiring English sources

Figure 1 shows one of monolayer V-MoS2 sheets (10.97 × 12.67 nm2) with defect fraction of 0.08.

Increasing the defect fraction from 0 to 0.1, however, results in decreasing the elastic modulus E and Poisson's ratio ν, with approximately linear relaxations.

Surprisingly, the elastic modulus of monolayer MoS2 decreases monotonously as the defect fraction of VMoS3 increases, as shown in Fig. 6a.

Increasing the defect fraction from 0.01 to 0.1, two or more neighboring Mo atoms are apt to be deleted together to form a large hole.

It is obvious that the effect of chirality on the elastic properties of V-MoS2 is negligible, regardless of the defect fraction.

Fig. 3 The engineering constants, elastic moduli E (top) and Poisson's ratio ν (bottom), of V-MoS2 as a function of the defect fraction.

Constructing monolayer V-MoS3 sheet with defect fractions from 0.1%to1% 1 %, we obtained the elastic modulus varying with defect fractions and temperatures from 1 K to 600 K.

Fig. 6 The elastic modulus varying with a defect fractions ranging from 0.1 to 1 % and b temperatures from 1 K to 600 K.

Fig. 9 shows a scatter plot for both the void and defect fractions as well as crack density that is represented by crack length per unit cross-sectional area (mm/mm2) against energy density E (J/mm3) in the SLM fabrication of high temperature Ni-superalloy and porosity in SLM Titanium parts [27].

This analysis allowed measurements of the defect area fraction of the thiol monolayer.

The number of CD19 positive B-lineage cells was also reduced in Gfi1−/− mice (Fig. 4F), either as a consequence of decreased Pax5 expression, or due to defects in fraction B cells.