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Capture slip

Skill-based behaviours depend mostly on the operator s practice in performing the task. In short the operator can perform the task without ambiguity. A simplistic view is that skill-based errors are slips or hrpses. These errors tend to be related to highly routine activities in familiar circumstances omissions, repetitions, reversals, interference errors and double-capture slips. An example is incorrect use of foot pedal controls of fork-lift trucks. Some fork-lift trucks... [Pg.217]

The use of dry spray booths can also reduce the wastewater volume from the plant as well as increasing excess enamel recovery and reuse. Overspray is captured on filter screens and then swept up and reused in the enamel slip. Several plants use this and other, similar processes to recover the enamel raw material. [Pg.329]

This is based on a sample fast loop with a sample take-off probe in the main process line, and a retnm to either a pnmp-snction or ambient pressnre sample recovery system (Fignre 5.22). The fast loop provides a filtered slip-stream to the analyzer, along with flow control and monitoring (low-flow alarm), and freqnently some form of sample antograb facility for sample capture. The slipstream flow to the internal analyzer sample flow cell is relatively low volnme and allows for a very high degree of sample temperature control (typically... [Pg.138]

An edge dislocation is confined to move on its slip plane (conservative motion), and the slip due to the motion of the dislocation is also confined to the slip plane. Movement of a screw dislocation can capture on the plane where it started or else move to any other, parallel to the dislocation line (cross slip). If an edge dislocation were to move... [Pg.243]

For the CO2 capture system, the parameter cases update all significant equipment performance to match observed data. The primary performance of this system is the CO2 absorber slip and the energy required to regenerate the solution to semilean and lean solution quality. The model can be made to match observed performance in several ways. Measurements are available for the lean and semilean... [Pg.146]

Fig. 23. Evolution of the extrapolation length at low slip velocity, fr0, as a function of the surface density of grafted chains for the experiments reported in Fig. 22. The fact that b0 appears independent of o when y increases linearly with a indicates that in this range of surface densities, the surface layer has saturated the number of melt chains it can capture... Fig. 23. Evolution of the extrapolation length at low slip velocity, fr0, as a function of the surface density of grafted chains for the experiments reported in Fig. 22. The fact that b0 appears independent of o when y increases linearly with a indicates that in this range of surface densities, the surface layer has saturated the number of melt chains it can capture...
While both theory and simulation yield agreement at high densities, as seen in Figure 1, the measured non-vanishing transport coefficient at low densities does suggest a significant degree of slip not considered in the theory. To capture this we consider the sur ce boundary condition... [Pg.107]

The negative effects of an increase in slip rate and clay viscosity are intuitively expected. However, the capability of relation (7) to capture these effects quantitatively should not be overrated in view of the strongly simplifying assumptions on which it is based. Indeed, the most useful conclusion to be drawn from Eq. (7) is that clay smear thickness may be expected to depend strongly on source bed thickness. Thus, for linear viscous behavior Eq. (7) predicts the proportionality w °= h. The equivalent result for a power-law secondary creep behavior of the clay would take the form w where n is the appro-... [Pg.48]

Whereas the line tension was invoked as a way to capture the self-energy of dislocations from an elastic perspective, there are also ways of capturing core effects on the basis of locality assumptions. Recall that in our treatment of dislocation cores we introduced the Peierls-Nabarro model (see section 8.6.2) in which the misfit energy associated with slip displacements across the slip plane is associated with an energy penalty of the form... [Pg.687]

Flow visualization essentially determines the slip velocity at the wall via particle-tracking software and data capture, and is typically used only for model systems and surfaces (Piau et al., 1995). However, some work on visualization of wall slip in highly filled reactive epoxy-resin moulding compounds has been reported (Manzione and Weld, 1994, Manzione, 1995). [Pg.325]


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See also in sourсe #XX -- [ Pg.67 ]




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