Sentence examples for reduction of disc from inspiring English sources
Squeal reduction of disc brake systems have been extensively investigated for both academic and industrial purposes.
In particular, the reduction of disc height affects the posterior portion, whereas anteriorly, there was a slight increase, with major changes at L2 L3 and L3 L4 [18].
Composite with 10 wt% of GO in silica matrix showed reduction of coefficient of friction in ethylene glycol by 38% and reduction of disc wear coefficient by 31% compared to pure ethylene glycol.
Authors also evaluated the reduction of disc height in adjacent segments, traction spur, endplate sclerosis, and vacuum phenomenon.
The eventual result of this imbalance in molecular turnover is matrix resorption and dehydration of the nucleus and of the annulus fibrosus, resulting in reduction of disc height and further progression of the degeneration process, leading to clinical symptoms such as lower back pain.
The reduction of intervertebral disc height was highly significant (p = 0.000083), undoubtedly due to body weight and muscle activation [11, 14, 17].
An uncertain optimization method for brake squeal reduction of vehicle disc brake system with interval parameters is presented in this paper.
It is not conclusively discussed, why the segmental angulation did not change accordingly to the reduction of the disc height.
During the degeneration of intervertebral disc in humans, reduction of water content in the nucleus pulposus by MR imaging precedes a decrease of disc height as shown by X-ray [ 30, 31].
Although disc repositioning with high condylectomy can be employed as an alternative method, with a high therapeutic success rate in ADD without reduction of the TMJ, disc repositioning may be an unreliable and ineffective strategy in patients with ADD without reduction of the TMJ and condylar erosion.
Moreover, a significant reduction in the amount of disc colony formation was found with HCT-116 cells stably knocked-down for β-catenin, suggesting that β cat is required for disc growth.
