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A year in orbit: ISS deployment tests radiation detectors for future space missions
The predawn darkness on a cool Florida night was shattered by the ignition of nine Merlin engines on a SpaceX Falcon 9 rocket. The thrust of the engines shook the ground miles away. From a distance, the rocket appeared to slowly rise above the horizon. For the cargo onboard, the launch was anything but gentle, as the ignition of liquid oxygen generated more than 1.5 million pounds of force. After the rocket had been out of sight for several minutes, the booster dramatically returned to Earth with several sonic booms in a captivating show of engineering designed to make space travel less expensive and more sustainable.
Kuhika Gupta, Hank Jenkins-Smith, Joseph Ripberger, Andrew Fox, Will Livingston
Nuclear Technology | Volume 210 | Number 9 | September 2024 | Pages 1754-1766
Note | doi.org/10.1080/00295450.2023.2232647
Articles are hosted by Taylor and Francis Online.
Spent nuclear fuel management in the United States is a national issue of growing importance. Scientists, engineers, and policymakers agree that an integrated policy that incorporates consolidated interim storage facilities and deep geologic repositories is both technically feasible and safe. However, past efforts to site such facilities have been met with formidable societal challenges. Recent efforts by the U.S. Department of Energy to find a sustainable solution for this problem has hinged on the principles of consent-based siting. Consent-based siting policies are complex, with many open questions about how to initiate the process, how to define and register consent, when consent can be withdrawn, and the role of trust in the different actors involved. It is crucial to understand and examine public preferences about these core features. To that end, this technical note provides input from members of the U.S. public using nationwide surveys on core aspects of a consent-based siting policy.