Sentence examples for variation control from inspiring English sources

Since his pro forma retirement in 2000, Professor Voelcker's part-time technical work has been focused mainly on assembly modeling and variation control in mechanical design and manufacturing.

Heydari (2014) presented lead time variation control using reliable shipment equipment: an incentive scheme for supply chain coordination.

Enabling process engineers and practitioners to monitor the state of processes by distinguishing between common and special causes of variation, control charts have been one of the most widely used statistical process control tools in industries.

According to obtained results, the influence factor for variation control and energy dissipation of ODBS system is more than other lateral resisting systems, specially compare with flexural and x-braced frame.

Salmonella possesses a fimbrial cluster whose regulation is different than that in E. coli since in Salmonella there is no phase variation control by promoter switching.

To control for technical variation, control and transgenic embryos were processed in parallel, using identical procedures and reagents in a 24-well plate.

While the interaction of the gene length and intronic fraction explains only 17% of the observed expression variation, controlling for such dependencies allowed us to reduce length bias below statistically significant levels (Fig. 4e f, Supplementary Fig. S4).

Pleistocene sea-level fluctuations are largely modulated by ice sheet growth and decay Over glacial timescales, climate change correlated with ice volume variation controls river evolution and sedimentation patterns.

To avoid introducing an additional source of variation, controls in columns (3), (6), (9) are the same selected for Table 2 *p < .10 **p < .05 ***p < .01.01

A pulse-like shape of the acceleration is characteristic to the last ~40 years of the plots, dominated by the 22-year variation, while the ~80 year variation controls the field evolution before 1960 1970.

The characteristics and control mechanisms of change in coalbed permeability (CICP) during different production stages are concluded on five aspects, i.e., permeability trend variation, controlling mechanism, system energy, phase state compositions, and production performance.