Magnetic field Table

A methylene group resonance which joins two ring structures (bridgehead) appears at lower magnetic field, Table 3. The singlets at 3.36 and 3.88 ppm in Fraction K can be assigned to acenaphthene and fluorene, respectively. 

The relative intensities of resonance are proportional to the relative numbers of nuclei producing them. Comparatively large samples are, however, needed to study P resonance because of the rather low sensitivity of the element to magnetic fields (Table 14.9). The relative sensitivity for equal numbers of atomic nuclei at constant field strength is... 

Table 3.9 gives the resonance frequencies in a 9.4 tesla magnetic, field. . . 

Main system parameters are shown in table 1. The fine field resolution is important. When operating in an unshielded space, however, at least such important is the high common mode rejection and the gradient rejection in order to suppress parasitic magnetic fields. 

The resulting overall energy balance for the plant at nominal load conditions is shown in Table 3. The primary combustor operates at 760 kPa (7.5 atm) pressure the equivalence ratio is 0.9 the heat loss is about 3.5%. The channel operates in the subsonic mode, in a peak magnetic field of 6 T. AH critical electrical and gas dynamic operating parameters of the channel are within prescribed constraints the magnetic field and electrical loading are tailored to limit the maximum axial electrical field to 2 kV/m, the transverse current density to 0.9 A/cm , and the Hall parameter to 4. The diffuser pressure recovery factor is 0.6. 

Inclined belts provide additional areas of contact with the pulley magnetic field and can tolerate higher capacities than normal for a magnetic pulley apphcation. Table 3, which iadicates the correction factor to be appHed to the capacity, can be used with Table 2 to make the magnetic pulley diameter selection for an inclined belt. The initial cost of units can be related to the capacity or volume throughput. Costs mn about 35 for each m /h on the smaller units about 50 for each m /h on larger units. 

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