There is a strong positive correlation between the level of non-conformities and downtime and breakdown times for both analyzed machines.
In addition, a survival (or time-to-breakdown) time for each herd was calculated as the time from the end of the initial proactive cull to their first confirmed herd breakdown or to the date of the end of the trial for that triplet or to the date the herd was archived, whichever came first.
As discussed in previous section, the present study emphasizes on finding out critical factors responsible for breakdown time in CLG's to improve their availability and to enhance company profit.
The oxide breakdown time (OBT) was found to decrease with increasing temperature for all concentrations investigated.
For example, OPs are applied to pears as needed to control infestations until the time of harvest, whereas OPs are applied very early in the development of cherry fruit and not again, or infrequently, with months of time for breakdown of residues in sunlight and moisture.
Table 3 shows the breakdown of time spent for each function of speech events for medical and radiation oncologists and their patients.
By using values for D, log D and their associated standard deviations, determined from the distributions in the breakdown voltage, the point defect model is able to account quantitatively for the experimentally observed distributions in the induction time for the breakdown of passive films on Fe-17Cr in 3.5% NaCl solution at 30°C, as reported by Shibata[1].
The current/time transients show that the incubation time for passivity breakdown decreases with increasing the applied anodic potential, nitrate concentration and temperature.
The current/time transients show that the incubation time for passivity breakdown decreases with increasing applied positive potential, SCN− concentration, and temperature.
