The maximum bandwidth inventory is also defined statically as absolute quantity ft wmaxa 0r as inventory range i wmaxr in analogy to minimum inventories V p,l e 112. Exceptionally, this limit can be increased up to a physical maximum inventory quantity, V / ,/Je I12 in a specific period controlled by the binary maximum inventory switch parameter (7 L X, V p,l e I12, te. T. Compared to the maximum bandwidth inventory, the physical maximum inventory quantity corresponds with storage capacity limits in the transfer point. [Pg.181]

Inventory boundary constraints have to combine absolute and range boundaries considering limit switch parameters and relaxation variables. The absolute minimum and maximum inventory boundaries are defined in the following constraint. [Pg.182]

Limiting Probability Distribution for Exactly j = 1,2,..., 5 Cells being Switched Back into Operation, as a Function of Switch Parameter, Xlfi... [Pg.306]

The inclusion of the residual diffusivity via the switch parameter Xec (which may be called a coefficient of residual electroactivity) in Eq. (89) is an interpolation formula. A rigorous treatment would have considered the two contributions to current generation separately, namely, solving the corresponding separate sets of Eqs. (54-56). The first set should involve... [Pg.494]

This is one control function whose exact settings can be determined numerically for a process with three dynamic elements, But however difficult the process, settings for the switching parameters can be found which will provide absolute optimum set-point response using this system. [Pg.141]

For a problem such as this, the dual-mode eontrol system deseribed in Fig. 5.17 is extremely effective. The preload is estimated as before, but no correction is required for integration, because reset aetion is not initiated until the error is nearly zero. Full heating ean be applied to within 1 or 2 percent of the set point, far beyond the eapabilities of a 25 pereent proportional band. Yet full cooling need only be applied for a time delay of perhaps a minute to dissipate the energy stored in the jaeket. As pointed out in Fig. 5.18, the switching parameters are easy to adjust and tolerant of maladjustment. [Pg.284]

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