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Results for “SALTS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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NERTHUS thermal spectrum molten salt reactor neutronics and dynamic model
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Molten salt reactor system dynamics in simulink and modelica, a code to code comparison
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Recommendations for seismic analysis of a molten salt reactor
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Neutronic and thermal-hydraulic calculations under steady state and transient conditions for a generic pebble bed fluoride salt cooled high-temperature reactor
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Fuel depletion study of the molten salt demonstration reactor
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A new approach to predict pump transient phenomena in Molten salt reactor Experiment (MSRE) by missing data identification and regeneration
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Load following characteristics of a molten salt fast reactor under two-phase flow conditions
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Sensitivity analysis and fuel performance of a control rod withdrawal in the generic fluoride-salt-cooled high temperature reactor
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High-Throughput falling ball viscometer for measuring High-Temperature molten salts
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Magneto-hydrodynamic characteristics of molten salts in a model-based high temperature superconducting conduction pump
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Gamma-ray spectra of post-irradiated uranium salt for total mass accounting with sodium-22 tracer
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Riders’ perceptions towards transit bus electrification: Evidence from Salt Lake City, Utah
While battery electric buses (BEBs) can lead to energy savings and reduced emissions, BEB adoption is developing slowly. Although BEBs offer quieter operations, better acceleration, and no smell of diesel or gas fumes, little focus has been placed on the user’s perspective. Here, this study investigates bus riders’ preferences toward BEBs. To achieve these objectives, a survey was designed and administered to solicit riders’ typical travel behaviors and patterns as well as preferences and opinions about BEBs’ performance in terms of emissions and noise. Statistical analysis showed that several factors influence rider perceptions towards transit bus electrification that include trip purpose, attitudes towards environmental issues and environmental impacts of BEBs, and certain non-instrumental ride factors such as ride comfort and social image. A better understanding of the importance of electrification to transit riders can help transit service providers adjust their marketing decisions and their systemwide operations to accommodate preferences towards BEBs.
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