(Twisted jute 3) = -0.1829 x soak time + 40.453 [R.sup.2] = 0.178
The variability in anastomotic breaking strength
measurements expressed as the coefficient of variation was 20% in the present study compared with 27% in the study by Krarup et al.
Figure 4 shows the breaking strength
when the combination of the joint part rotations and the friction time between the joint part and the resin tubes are varied.
Regression equations of total thickness of eggshell layer on non-destructive (weight, length, and width of the egg) and destructive (breaking strength
and eggshell thickness) measurements together with their accuracy of prediction ([R.sup.2]) values are given Table 4.
Figure 4 gives the effect of [C.sub.FeB] on the breaking strength
and elongation at break of wet FeB-AO-PAN samples.
According to live weight groups, the first and the second determinative external quality traits was shell breaking strength
and shell thickness.
Although several publications have characterized the materials science aspects of fiber-reinforced com-posites22-29, little mention has been made in the techni-cal literature on the breaking strength
and marginal accuracy of fiber-reinforced composite crowns.13,25 The purpose of this investigation was to evaluate the effect of variations in tooth preparation design on the marginal accuracy and breaking strength
of fiber-reinforced composite crowns.
Under cryogenic conditions, the tensile breaking strength
and the bending resistance of the resin are higher than at room temperature, while the plasticity of the material is smaller.
Instead, it had meant to imply that these forces not exceed the breaking strength
of securement devices.
of width, breaking strength
of 40 lbs./in./width, and an elongation at break of 100%.
Taiseiplas guarantees a tensile tear strength of 200 to 300 kgf/[cm.sup.2] and a pull-off breaking strength
of 90 to 100 kgf/[cm.sup.2].
T 231 cm-96 "Zero-span breaking strength
of pulp (dry zero-span tensile)" (February 4, 2005)