NHS Operations Overview Slide Deck
This is a slide deck to give an overview on INL National & Homeland Security capabilities
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This is a slide deck to give an overview on INL National & Homeland Security capabilities
These are the slides accompanying the summary "ATF-2C Physics Safety and Scoping Analysis" in the Transactions of the American Nuclear Society.
Contribution slides for an invited talk (presented by Professor Mohamad Al-Sheikhly, University of Maryland ) at the International Atomic Energy Agency (IAEA)- Virtual Workshop on Radiation Technology for Industry and Environment. The title of the review talk is "Future Trends in Radiation Technology Applications in Advancing Science and Engineering".
Slides containing updated PIE results for AFC-4C-R5 (MNT20E)
These are the slides accompanying the summary "Optimizing the ATF-2Ramp Power Profile" (PRS/CON-24-04674).
These are the slides accompanying the summary "MCCAFE: The Monte Carlo Constructor for ATR Fuel Elements" (PRS/CON-24-04675).
The GAIN Base Slide Deck is a compilation of topics that GAIN presents routinely to outside entities to educate them on the GAIN program, technology, demonstrations, coal to nuclear, energy systems, Financing, Supply Chain, Legislation, Regulatory, and Consent Based Citing.
Presentation slides shared at a project meeting with our utility collaborator.
Highlight slides for submission to DOE Office of Science program managers.
These slides showcase the work done by INL in the low temperature chlorination work package during FY25.
NS&T Highlight Slide for DOE
We study towers of light particles that appear in infinite-distance limits of moduli spaces of 9-dimensional $\mathcal{N}$ = 1 string theories, some of which notably feature decompactification limits with running string coupling. The lightest tower in such decompactification limits consists of the non-BPS Kaluza-Klein modes of Type I' string theory, whose masses depend nontrivially on the moduli of the theory. We work out the moduli-dependence by explicit computation, finding that despite the running decompactification the Distance Conjecture remains satisfied with an exponential decay rate α ≥ 1 / $\sqrt{d-2}$ in accordance with the sharpened Distance Conjecture. The related sharpened Convex Hull Scalar Weak Gravity Conjecture also passes stringent tests. Our results non-trivially test the Emergent String Conjecture, while highlighting the important subtlety that decompactifcation can lead to a running solution rather than to a higher-dimensional vacuum.
We report innovative grease chemistries and additives are continuously developed to meet challenging applications such as wind energy bearings and offshore/underwater applications. The non-equilibrium and transient structures within interfacial tribofilms play an influential role in the service life of a component. Atom probe tomography and transmission electron microscopy studies were performed to investigate the tribofilms formed by lithium complex and calcium sulfonate grease thickeners. The study reveals that morphology, amorphicity, nanostructure, and atomic layering play an influential role in the exceptional wear and corrosion performance of calcium sulfonate thickeners.
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