INDEX shallow

This combination of long riser and relatively shallow hole probably favours a polymer with a high pseudoplastic index - high viscosity at the low shear rate in the slow-moving fluid in the riser - and rapid, clean breaking at the well bottom temperature. 

The need for bridging studies depends on whether the medicine is ethnically sensitive or insensitive on the basis of the criteria discussed above. For example, if the product was metabolised through a route that displayed no genetic polymorphism, had a wide therapeutic index, a shallow dose-response curve and there were universally agreed endpoints to determine efficacy and safety, then no bridging studies would be needed. 

This chapter focuses on subduction zone processes and their implications for mantle composition. It examines subduction contributions to the shallow mantle that may be left behind in the wedge following arc magma genesis, as well as the changing composition of the slab as it is processed beneath the fore-arc, volcanic front and rear arc on its way to the deep mantle. Much of this chapter uses boron and the beryllium isotopes as index tracers boron, because it appears to be completely recycled in volcanic arcs with little to none subducted into the deep mantle, and cosmogenic e, with a 1.5 Ma half-life, because it uniquely tracks the contribution from the subducted sediments. 

The solid fat index (SFI) relates to the percent of shortening which is solid at various temperatures. This curve can have a variety of shapes, being rather humped like cocoa butter, or almost straight over most of the range, with a steeper or shallower slope. The whole curve cannot be predicted from a determination made at just one temperature. Curves for different fats may cross the whole SFI curve is required in order to understand the properties of the shortening at different temperatures. 

The specified values of s are considered as the low-frequency value of n2. Usually, the low-temperature dielectric constant (or refractive index) is slightly lower than that at RT [88]. LHeT values of s for group-IV crystals have also been obtained indirectly from a comparison between experimental and calculated line spacings of shallow donor impurities (see Table 5.3). 

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