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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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Optoelectronic Characterization of WBG and UWBG Material-based PCSS
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2013 VTO Annual Merit Review Presentations Advanced Combustion Engine [Slides]
Abstract not provided.
The Effects of Multi-Material Models on Turbulent Mixing
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Interface engineering of lithium metal anodes via atomic and molecular layer deposition
Atomic and molecular layer deposition (ALD and MLD) are two promising tools for practicing interface engineering of lithium metal anodes precisely.
Advanced Engineered Structures for High Performance Direct Air Capture System
This project, conducted by TDA Research, Inc. in collaboration with GE Research under DOE Award DE-FE0032261, developed and demonstrated advanced structured sorbent-coated contactors for the high-performance Direct Air Capture (DAC) of CO 2 .
A predictive continuum framework for concrete subjected to high-velocity impact loading
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Amphiphilic nanopores that condense undersaturated water vapor and exude water droplets
Condensation of water vapor in confined geometries, known as capillary condensation, is a fundamental phenomenon with far-reaching implications. While hydrophilic pores enable liquid formation from undersaturated vapor without energy input, the condensate typically remains confined, limiting practical utility. Here, we explore the use of amphiphilic nanoporous polymer-infiltrated nanoparticle films that condense and release liquid water under isothermal and undersaturated conditions. By tuning the polymer fraction and nanoparticle size, we optimize condensation and droplet formation. As vapor pressure increases, voids fill with condensate, which subsequently exudes onto the surface as microscopic droplets. This behavior, enabled by a balance of polymer hydrophobicity and capillarity, reveals how amphiphilic nanostructures can drive accessible water collection. Our findings provide design insights for materials supporting energy-efficient water harvesting and heat management without external input.
Finite Element Model for Air Permeability of Cracked Reinforced Concrete Plates
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Synergistic K+/Li+ Electrolyte Engineering Boosts the Faradaic Kinetics of (AlMnFeNiTi)3O4 Spinel High-Entropy Oxide for High-Performance Supercapacitors
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Engineering a zinc anode interphasial chemistry for acidic, alkaline and non-aqueous electrolytes
By employing 3,5-bis(trifluoromethyl) pyrazole (TFMP) as an electrolyte additive in both aqueous and non-aqueous mediums, a versatile interphase strategy is achieved. This facilitates stable Zn anodes with improved efficiency and longer cycling life.
Single-residue engineering of lambda (λ) antibody light chains reduces conformational flexibility and enhances thermal stability
Not provided.
Chelation Drives Surface Substitution in Hybrid‐MXenes
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High efficiency rare earth element bioleaching with systems biology guided engineering of Gluconobacter oxydans
Not provided.
Inhibiting inter-layer gliding in transition metal layered oxides through interphase engineering for sodium-ion batteries
Not provided.
MARVEL Reactor Digital Engineering Developments
The MARVEL reactor project has served to introduce a new generation of engineers to the processes required to transform a reactor design from simply an idea on paper into what will be an approved, constructed, and operational nuclear power system. Much as there have been advances in materials, analysis, and evaluation methodologies over the 50 years since the last reactor was built at INL, so too has the technology for managing the engineering process itself advanced. Digital Engineering tools and methods provide improved coordination between previously siloed engineering disciplines, reduced burdens of non-value-added data transcription processes and bring forward insights and improvements that might otherwise fall later in the design stage, where changes are much more costly. While the tools and techniques to support the full digital engineering vision are not yet complete, the MARVEL design processes provide valuable demonstrations and validations of key aspects and illuminate further areas for implementation by subsequent projects.
Freeze-Thaw Engineered Dual Conductivity Polymeric Binder Stabilizes Large-Volume-Change Lithium–Ion Battery Anodes
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Advancements in 2D MXene-based supercapacitor electrodes: synthesis, mechanisms, electronic structure engineering, flexible wearable energy storage for real-world applications, and future prospects
Supercapacitors are widely recognized as a favorable option for energy storage due to their higher power density compared to batteries, despite their lower energy density.