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A new heat transfer fluid for concentrating solar systems: Particle flow in tubes

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Academic year: 2021

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Figure

Fig. 1. Schematic view of the solar loop. Msolar absorber metallic tube; N particle suspension dispenser; O receiving fluidized bed; P suspension return
Table 3 Ranges of experimental results
Fig. 3 displays the temporal profile of the solid temperature at the inlet and outlet of the irradiated cavity, and their difference
Fig. 4 Average heat transfer coefficient as a function of the average particle vertical velocity for the range of particle volume fraction 0.29-0.32

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