Horizontal elemental distributions

There is an extensive variation in the Fe and Zn distributions in the basal region. The Fe content is close to or below the detection limit in the upper region the Zn content shows some peaks above the detection limit. Single off-limit values in these trace elements were seen. 

Ca appears to stay rather constant within each horizontally scanned band, which is consistent with the fact that the increase in Ca toward the stratum corneum is likely to be related to the physiological and regulatory effects of this ion. 

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The horizontal temperature distribution in various furnaces was measured around a circle of 15 mm

heating elements could be seen in the temperature distribution curves of the high temperature furnaces which is connected with geometry. At 1000 °C the differences are within the order of several degrees. 

Elemental Distributions in Different Strata of Psoriatic Normal-Looking Skin — Horizontal... 

Figure 3 (A) Schematic drawing of an X-ray fluorescence microtomography set-up that (B) allows the collection of elemental distributions from a single horizontal slice of the sample. Further slices are obtained by translation.

The current passes from the back of the cathode wall from one element to the back of the anode wall of the subsequent element by a series of contact strips. Voltage losses are kept low by a laser-welded, direct connection between the outer contact strips and by vertical inner current-conducting plates and the electrodes (Fig. 5.35). Both brine and caustic enter the element through flexible hoses leading to horizontal inner distribution pipes. These provide uniform feed concentration profiles inside the compartments. Internal circulation is enhanced by two baffle plates located in the anode compartment The upper, inclined baffle plate provides a constant exposure of brine to the membrane, thereby avoiding gas-phase blistering of the membrane. In addition, the vertical... 

Notwithstanding recommendations from seismic standards and conservation codes of practice, and the availability of alternative technical solutions on the market, much emphasis when choosing strengthening solutions of connections is still placed on their capacity to enhance the overall strength of the system, rather than improve its ductility or abDity to dissipate energy. When connections between vertical elements, and between vertical and horizontal elements, as well as vaults and domes have sufficient capacity, vertical and horizontal loads are better distributed, out-ofplane mechanisms of damage are prevented, and, hence, failure of floors and roofs can be avoided, substantially reducing the probability of collapse and fatalities in an earthquake. 

The superposition of the vertical biological cycle on the horizontal ocean circulation pattern leads to three general features in the distribution of the elements involved in this cycle. 

Determine the shear stress distribution and velocity profile for steady, fully developed, laminar flow of an incompressible Newtonian fluid in a horizontal pipe. Use a cylindrical shell element and consider both sign conventions. How should the analysis be modified for flow in an annulus ... 

The horizontal and vertical distributions of trace metals in seawater are determined by their relative rates of supply and removal. In this section, we inspect a variety of concentration profiles and assess the processes responsible for determining their shapes. In the case of the vertical profiles, the trace metals can be classified into one of the following types (1) nutrient, (2) conservative, and (3) scavenged, with some elements exhibiting a mixture of these types. 

Figure 50. (a) Primary potential distribution surrounding a disk-shaped electrode. (Reprinted with permission from ref 47. Copyright 2004 John Wiley Sons.) (b) Finite-element calculation of the 2D primary potential profile near an electrode with regular periodic contact to the electrolyte

contour plot are lines of constant potential vertical lines follow the current path. 

Figure 10. Dependence of residence time distributions on the strength of nonlinearity of each element (K = 0.5, 0.8, 0.9, 1.0, 1.2). Distributions decay with a power law (p(t) t ct). The exponent is a = 3/2 with weak nonlinearity, and it approaches a = 2 with stronger nonlinearity, coi — 1/2, b = 0.002, and T — 1010 steps. The data are shifted by some values along the horizontal...

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