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Scale vertical

The nomograph consists of a grid where two families of curves (for L and V) are placed and from two scales (vertical) for and II (in amperes xlO ). [Pg.279]

Orloff, L., Modak, A. and Alpert, R.L., Burning of large-scale vertical surfaces, Proc. Comb. Inst., 1977, 16, pp. 1345-54. [Pg.286]

Flammability of children s sleepwear is regulated by CPSC and is also covered as a result of the FFA, since a small-scale vertical open flame ignition test was developed in 1971, as 16 CFR 1615.15 This was expanded to older children in 1974, as 16 CFR 1616.16... [Pg.590]

UL Small-Scale Vertical Wire Fire Test in UL 1581... [Pg.656]

Crave D. B., Jahnke R. A., and Carlucci A. E. (1986) Eine-scale vertical distributions of microbial biomass and activity in California Borderland Basin sediments. Deep-Sea Res. 33, 379-390. [Pg.4497]

Virkar and Sharma are the only investigators to have reported systematic measurements ofa, ki,a, and kefl by the chemical method. Their work utilized laboratory-scale vertical venturis, operating with liquid injection either at the throat or ahead of the convergent section. For example, for wetted-approach operation, in the range of gas velocities from 50 to 90... [Pg.111]

Fig. 4 Impression of a large-scale vertical-axis tidal rotor. Fig. 4 Impression of a large-scale vertical-axis tidal rotor.
Manor, J. S. Sassen, R. 1990. Evidence for large-scale vertical and lateral migration of formation waters, dissolved salt, and crude oil in the Louisiana Gulf Coast. In Schumacher, D. Perkins,... [Pg.302]

Fig. 2.16. Geological cross section (north-south) in the Ghadames Basin (horizontal scale = vertical scale = 1 175 000)... Fig. 2.16. Geological cross section (north-south) in the Ghadames Basin (horizontal scale = vertical scale = 1 175 000)...
Three-dimensional steady-state calculations of drying process in vertical pneumatic dryer were performed by [21], The theoretical model is based on two-phase Eulerian-Lagrangian approach and incorporates advanced drying kinetics for wet particles. The model was utilized for simulation of the drying process of wet PVC and silica particles in a large-scale vertical pneumatic dryer. [Pg.387]

These include the cost of labour, the cost of replacing components and the rent and rates on the area of land. A comparison of the latter is very unfavourable to diaphragm cells where almost twice as much land is necessary because of the low current density and the need for evaporation plant. Membrane and mercury cells have similar land requirements because the former are packed together closely in a filter press and to some extent the electrodes scale vertically. All the processes are largely automated and hence the difference in labour costs is likely to arise because of a variable incidence of component and pipework failure. Certainly the need to replace diaphragms on a routine cycle increases the labour costs for the diaphragm cell process. [Pg.108]

Figure 1. Saturation-recovery traces obtained at 22 K with (a) UV-generated model tyrosine radical, (b) D" " in Mn-depleted PSII membranes, (c) D" " in dark-adapted, Sj-state PSII membranes, and (d) in S2-state PSII membranes. The observing microwave level in each case was 1.25 xW. Single-exponential (dashed line) and double-exponential (solid line) fits are shown superimposed upon the experimental recovery traces. The recovery traces are arbitrarily scaled vertically note the different time scales for each case. Figure 1. Saturation-recovery traces obtained at 22 K with (a) UV-generated model tyrosine radical, (b) D" " in Mn-depleted PSII membranes, (c) D" " in dark-adapted, Sj-state PSII membranes, and (d) in S2-state PSII membranes. The observing microwave level in each case was 1.25 xW. Single-exponential (dashed line) and double-exponential (solid line) fits are shown superimposed upon the experimental recovery traces. The recovery traces are arbitrarily scaled vertically note the different time scales for each case.
An AFM can achieve atomic resolution vmder certain conditions however, surface features are typically resolved on the nanometer scale laterally and the angstrom scale vertically. This resolution is comparable to that of a transmission electron microscope (TEM). Resolution of the AFM depends on tip shape, scan... [Pg.3177]

Q-vector A vector which describes the Lagrangian rate at which the quasi-geostrophic flow tends to change horizontal temperature gradient. Its analysis aids in the inference of large-scale vertical motion. [Pg.222]

When DARPA wanted a spy robot that could scale vertical surfaces, it developed Spinybot, which accomplishes this task using tiny clawlike spines and sticky adhesive—the same mechanisms that allow geckos to climb walls. [Pg.1630]

Fig. 2.34. A comparison of isothermal tan S of the solution of 17% PS in TCP at -57.7 °C (filled triangles) and isothermal tan S of PIB at -66.9 °C (open squares) in the softening region. The open circles are tan 5 of PIB at -66.9 °C after the first peak has been shifted horizontally and scaled vertically to match the position and height of the first peak of the 17% PS solution. The lines connecting the data points of each set are drawn to guide the eye. Fig. 2.34. A comparison of isothermal tan S of the solution of 17% PS in TCP at -57.7 °C (filled triangles) and isothermal tan S of PIB at -66.9 °C (open squares) in the softening region. The open circles are tan 5 of PIB at -66.9 °C after the first peak has been shifted horizontally and scaled vertically to match the position and height of the first peak of the 17% PS solution. The lines connecting the data points of each set are drawn to guide the eye.

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See also in sourсe #XX -- [ Pg.40 , Pg.41 ]




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Scaled model of a vertical tail fin with actuator patches

Vertical scaling

Vertical scaling

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