Linear average diameter

Some other correlations that have been specifically developed for liquid metals include those proposed by Nichiporenko)488 Schmitt)489 Thompson)491 and Date et al)494] Nichiporenkol488 correlated the diameter of particles (powder) of predominant fraction, D h with the arithmetic mean particle diameter (linear average diameter), Z)10, and the Reynolds number as well as the Weber... 

Cumo et al. (1969) reported that the pressure effect on the bubble diameter is linear in a Freon-114 flow, as shown in Figure 5.43. They tested the two-phase Freon-114 flow in a vertical rectangular test section at a mass flux of 100 g/cm2 s (0.737 x 106 lb/ft2 hr). The average bubble diameters at various system pressures were obtained from high-speed photographic recordings. The effect of reduced pressure, p pci, on the average diameter of Freon bubbles is correlated as... 

TEM has been used to measure the average diameter of PAMAM dendrimers from G5 to G10 [20], Figure 11.3 shows micrographs of G5, G6, G8, and GlO.The G5 micrograph also has a small amount of G10 dendrimers added to help focus the microscope and to identify the relative sizes. Single dendrimers can easily be distinguished within each of the populations shown. Individual polymer molecules can easily be seen, while conventional linear polymers in this molecu-... 

The average linear intercept diameter is the other common way to characterize grain sizes. The system is to lay down random lines on the microstructure and count the number of intersections per length of line. The average intercept diameter is then 1 = L/N, where L is the total length of line and N is the number... 

Evidently, all spherical particles in a sample do not have the same diameter but are distributed around an average dimension. The TEM study permitted to determine the average diameter, and that it depends linearly with t( . Moreover, the distribution was found to be Gaussian with a distribution parameter a 0.26 iS j. 

Parameters temperature 350°C weight of sorbent 2 g total gas flow 535 mL/min linear gas velocity 0.18 m/s particle size (average diameter) 1 mm ... 

Air carrying particles of density 1800 kg/m and an average diameter of 20 pm enters a cyclone at a linear velocity of 18m/s. The diameter of the cyclone is 600 mm. (a) What is the approximate separation factor for this cyclone b) What fraction of the particles would be removed from the gas stream ... 

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