Dataset: Economical Radioisotope Power
Provided by National Aeronautics and Space Administration
Updated 12 Nov 2020
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The dataset on this page is a cache of the dataset https://catalog.data.gov/dataset/economical-radioisotope-power. It is a snapshot of the dataset as it appeared on 06 Jun 2021 21:57 GMT. The current dataset could have changed in the meantime. Attribution: Contains data retrieved from Data.gov.
Almost all robotic space exploration missions and all Apollo missions to the moon used Radioisotopic Thermoelectric Generators (RTGs) to provide electrical power to instruments. The RTGs rely on the conversion of the heat produced by the radioactive decay of an isotope of plutonium (Pu-238) to electricity. Unfortunately, the supply of Pu-238 is about to run out. Developing a reliable supply of Pu-238 is crucial to almost all future space missions. We propose to investigate an economical production method for Pu-238 that will allow NASA or a private venture to produce several kilograms per year without the need for large government investment. The Center for Space Nuclear Research will evaluate the production rate in a commercial nuclear reactor, optimize the transit times of the target material in the reactor, assess costs of facilities to produce the isotopes, and estimate any costs to handle the waste stream from the process.
|Dataset:||Economical Radioisotope Power|
|Provider:||National Aeronautics and Space Administration|
|Licence:||License information is derived automatically. Refer to source for license information before using this data.|
License not specified
|Country:||United States of America|
"Economical Radioisotope Power" contains the following resources:
- html - Economical Radioisotope PowerTechport Project Page
- html - Economical Radioisotope PowerTechport Project JSON Metadata
- html - Economical Radioisotope PowerTechport Project XML Metadata
- html - Economical Radioisotope PowerTechport Project PDF Export
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