Sentence examples for force augmentation from inspiring English sources
Specifically, by utilizing the proposed force, the mean position error, for the case presented here, reduces by at least 92% as compared to the condition without the proposed force augmentation scheme.
This study was undertaken to quantify resting vaginal closure force (VCFREST), maximum vaginal closure force (VCFMAX), and augmentation of vaginal closure force augmentation (VCFAUG) when supine and standing and to determine whether the change in intra-abdominal pressure associated with change in posture accounts for differences in VCF.
We also have to point out that differences were statistically significant in most parameters among the various age groups (within the same experimental group), reflecting the fact that all animals underwent the natural course of contractile properties maturation (force augmentation during development).
This arrived on January 25 in the form of food and medical supplies, along with a six-man Special Forces augmentation team.
Their results emphasized the importance of electrotensile forces on the augmentation of the contractile force in a "cardiac tissue equivalent".
The employment of huge forces necessitated considerable augmentation of the orchestral parts.
Application of BAY K-8644 produced a large stimulation of Ca2+ entry and augmentation of force in both diabetic (n = 5) and non-diabetic (n = 5) samples.
As a Ca2+ store in the myometrium, possessing both ryanodine (RyR) and IP3 receptors [16], agonist stimulated SR Ca2+ releases and augmentation of force, were assumed to be the SR role, along with being a sink for Ca2+ during relaxation [31].
17 The follower load testing technique applies a compressive load along the path that approximates the tangent of the lumbar spine curvature and models resistance (due to fracture consolidation that occurs within the early weeks postfracture) that the force applied by the augmentation procedure to restore height must overcome.
A hypothesis to explain these differences could be the substantially different forces acting on the augmentation sites in the timeline of the bone regeneration cycle.
An effective optimization method is presented for the shape design of the axis-symmetric wind lens aiming at velocity augmentation and drag force reduction.
