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. At NIST, we use large-geometry SIMS instruments to develop new particle analysis methods, improve analytical accuracy and reproducibility, and collaboratively develop new microparticle reference materials
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., Deisenroth, D., Mekhontsev, S., Tan, W. (2023). Correlation between keyhole geometry and reflected laser light distribution in laser-based manufacturing. Manufacturing Letters 38:56–59. [2] Deisenroth, D. C
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structures, enabling complex geometry and material designs. Metal Binder Jetting Additive Manufacturing (BJAM) is a sintered-based technology with higher production rates of small to medium sized parts
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consolidation of precursor metal materials into metal 3D parts and structures, enabling complex geometry and material designs. The fundamental physics of these processes is relatively complex, involving various
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in our Division [2], (iii) elucidate the effects of test variables, and (iv) critically comment on new breath device geometries. References [1] Malavé et al. 2024 J. Breath Res.18 016002. [2] Jeerage
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its microscopic geometry, incorporating a wide variety of physical phenomena and using a modular structure that allows new physics to be added easily. More information is available at http
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regimes, and accurate geometry- and biochemistry-based trajectory analyses. However, detailed molecular dynamics simulations are often too time-consuming to become the basis of computational measurements
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analysis, continuum mechanics, differential geometry, and numerical simulation. key words applied mathematics; biophysics; fluid dynamics; soft matter; active matter Eligibility Citizenship: Open to U.S
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301.975.5329 Daniel Wheeler daniel.wheeler@nist.gov 301.975.0409 Description Additive Manufacturing (“3D printing”) technologies are attractive for their ability to produce near-net-shape parts in geometries
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sensitive probe of crystalline order, conformational form, peptide sequence, solvent interactions, H-bonding force constants, and anharmonic character of the force fields. Continuous-wave and phase-coherent