By David Harber
Written via a former EOD professional, this booklet fills within the gaps left through different explosives manuals, together with many units and methods that experience by no means seemed in print. precise formulation, diagrams and directions for Semtex, C-4, land mines, motor vehicle bombs, mollies, FAEs and extra. for info reasons in basic terms.
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When the Reynolds' number (pdUJp) is low, axial dispersion effects can become significant. The nature of flow patterns in fluidized systems is complex and scale dependent and has to be accounted for in design work. 29) (M/0) = 2 + 4/ and O5 L 0 38 L for cation resins of higher density. The ion exchange data of Harriott (1962) agree well with these equations and confirm the small dependence of k on density difference. The values of k cannot simply be scaled up on a basis of equal power per unit mass alone, since suspension homogeneity varies.
A uniform distribution of liquid at inlet and outlet of a packed bed system is an important requirement in obtaining good ion exchange performance by minimizing these flow effects. In a packed bed, the movement of elements of fluid is therefore complex, with motion forwards, sideways and backwards varying with position and time. The process may be likened to r a n d o m molecular diffusion in three dimensions superimposed on a plane normal to the flow axis moving at a uniform velocity. Such motion is also associated with a spread of residence times about an average value.
Continuous counter-flow systems are used industrially (mainly for uranium extraction) and these operate in a steadystate manner (or nearly so) with respect to time, and equipment height is the principal variable affecting the extent of ion exchange. In laboratory experimentation, unsteady-state batch-stirred tank tests are useful, as are also conditions of liquid flow through shallow beds of resin. Each of these situations can be analysed in terms of limiting conditions of rate controlled by the liquid film or by the resin or by some combination of mechanisms.