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- W1950821098 abstract "Mass optimization studies are performed within the framework of the French ERATO space nuclear power program to investigate the suitability of thermoelectric converters for an LMFBR-derivative system. Results indicated that a PbTe converter in conjunction with conventional LMFBR, having a core exit temperature <907 K and cooled by NaK (78%), offers a competitive option. The total mass of the ERATO-TE system for a beginning-of-life nominal power of 25 kWe is 2600 kg. This mass is comparable to that of the reference system with a closed Brayton converter. In addition to the inherent reliability of TE converters, the radiator area (~ 110 m/sup 2/) and total mass of the ERATO-TE system represents 73 percent of the maximum radiator area compatible with the ARIANE-V launcher, and about 50 percent of the launch capacity to high earth orbit, respectively." @default.
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- W1950821098 date "2005-08-24" @default.
- W1950821098 modified "2023-09-27" @default.
- W1950821098 title "An Assessment of Thermoelectric Conversion for the Erato 20 kWe Space Power System" @default.
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- W1950821098 doi "https://doi.org/10.1109/iecec.1990.716855" @default.
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