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Results for “R&D”
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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Impacts of R&D onHydrogen Compatibility of Materials.
Abstract not provided.
R&D for Hydrogen Compatibility of Materials: Safety Codes and Standards and H-Mat.
Abstract not provided.
High/Low Power Arc & Ground-Fault Detection/Mitigation R&D.
Abstract not provided.
R&D for Safety Codes and Standards:Materials and Components Compatibility.
Abstract not provided.
Heavy flavor physics studies and silicon detector R&D for the future Electron-Ion Collider
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Sandia National Laboratories NSTTF Molten Salt R&D Capabilities.
Abstract not provided.
US Department of Energy (DOE) Work in Nuclear Waste Disposal: Status and Crystalline Rock R&D.
Abstract not provided.
Photovoltaic Module R&D Considerations for Soiling Mitigation
Photovoltaic (PV) modules work best in the sunniest environments. Unfortunately, often the sunniest places also have substantial amounts of airborne "dust" that deposits on the front surface of the modules and blocks the sunlight; reducing energy output. In fact, natural soiling has reduced the energy output of PV systems since the technology was first used, and viable mitigation strategies have remained elusive ever since. With the ever-increasing deployments around the world, especially in dusty environments, soiling is becoming a billion-dollar problem, worldwide. While substantial work has been done to examine and resolve some of the issues with PV soiling, often mitigation comes down to physically cleaning the modules. However, a more systematic evaluation of the different module properties correlations to soiling mitigation needs to be done. In many instances, the causal connections between module properties and soiling are simply not known. This lack of knowledge results in a substantial increase in time and effort to evaluate and qualify appropriate soiling mitigation protocols based on site specific issues and the intrinsic module properties that are typically not optimized for mitigating soiling in a given environment. Thus, module property protocols and/or standards are needed to more quickly help identify appropriate module and site-specific mitigation.
APPLICATIONS OF KNOWELEDGE MANAGEMENT STRATEGIES FOR IMPROVING NUCLEAR MATERIALS MANAGEMENT AND FACILITY OPERATIONS IN THE R&D ENVIRONMENT
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US DOE Scientific-Technical R&D Work to Address Safety Assessments of Spent Nuclear Fuel Storage and Transportation.
Abstract not provided.