constrains the design to use many small units. The cell operates at 200°C, producing 4.04 watts per unit. The primary mirror/radiator disk was assumed to have constant thickness; however, it would probably be feasible to manufacture a tapered disk, which would reduce total system mass by at least half. The concentrators are supported by a wire grid similar to that of the silicon planar configuration. Table 4 summarizes the Gallium Arsenide power conversion system. Table IV. Mass analysis of 9 GW Gallium Arsenide concentrator system.
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