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Results for “CUTTING”
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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Cutting multiparticle correlators down to size
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Jackiw-Teitelboim supergravity as a double-cut matrix model
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New angular and other cuts to improve the Higgsino signal at the LHC
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0-form, 1-form, and 2-group symmetries via cutting and gluing of orbifolds
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Branch-cut in the shear-stress response function of massless λ φ 4 with Boltzmann statistics
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Strategies for probing nonminimal dark sectors at colliders: The interplay between cuts and kinematic distributions
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Lensing covariance on cut sky and SPT - P l a n c k lensing tensions
We investigate correlations induced by gravitational lensing on simulated cosmic microwave background data of experiments with an incomplete sky coverage and their effect on inferences from the South Pole Telescope (SPT) data. These correlations agree well with the theoretical expectations, given by the sum of supersample and intrasample lensing terms, with only a typically negligible ~5 % discrepancy in the amplitude of the supersample lensing effect. Including these effects we find that lensing constraints are in 3.0 σ or 2.1 σ tension between the SPT polarization measurements and Planck temperature or lensing reconstruction constraints respectively. If the lensing-induced covariance effects are neglected, the significance of these tensions increases to 3.5 σ or 2.5 σ . Using the standard scaling parameter AL substantially underestimates the significance of the tension once other parameters are marginalized over. By parameterizing the supersample lensing through the mean convergence in the SPT footprint, we find a hint of underdensity in the SPT region. We also constrain extra sharpening of the cosmic microwave background acoustic peaks due to missing smoothing of the peaks by supersample lenses at a level that is much smaller than the lens sample variance. Finally, we extend the usual “shift in the means” statistic for evaluating tensions to non-Gaussian posteriors, generalize an approach to extract correlation modes from noisy simulated covariance matrices, and present a treatment of correlation modes not as data covariances but as auxiliary model parameters.
Higgs p T Spectrum and Total Cross Section with Fiducial Cuts at Third Resummed and Fixed Order in QCD
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Structural Consequences of Cutting a Binding Loop: Two Circularly Permuted Variants of Streptavidin
Abstract Not Provided
The Quantum and Classical Streaming Complexity of Quantum and Classical Max-Cut .
Abstract not provided.
Turn Your Half-Cut Cells for a Stronger Module
Here, we employ an existing model of crystalline silicon photovoltaic module cell fracture to explore the effect of cell size and orientation on their probability of fracture under module uniform loading. In addition, we also apply continuum damage mechanics to modify this model to consider the effect of cell fracture on the probability of subsequent cell fracture. We elucidate that cell fracture increases the probability of subsequent cell fracture and that rectangular modules containing half-cells aligned with the module's long orientation are much more robust against cell fracture than full-cell and half-cell short orientation modules.
Comparative Study of Lithium Niobate Crystal Cuts for use Use as High- Voltage Acoustic Wave Sensors.
Abstract not provided.
Edible coatings enriched with essential oils for extending the shelf-life of ‘Bravo de Esmolfe’ fresh-cut apples
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Cutting-edge morphological studies of post-mortem brains of patients with schizophrenia and potential applications of X-ray nanotomography (nano-CT)
Abstract not provided
Effect of the Conductive Channel Cut-Off on Operation of n{sup +}–n–n{sup +} GaN NW-Based Gunn Diode
Nowadays modern science and technology require development of efficient electromagnetic emitters covering far GHz and THz ranges. Semiconductor elements with negative differential resistance (NDR) such as Gunn diodes based on GaAs and InP are well-established powerful microwave emitters. In this work the Gunn diode structure based on single GaN nanowire with the potential of THz device development was proposed and investigated both theoretically and experimentally. According to the results of the numerical modeling, the Gunn generation can be obtained in the proposed geometry. Dependence of the doping concentration on the NW length necessary for the electrons domain formation was obtained. The nanostructures were grown via molecular beam epitaxy technique. Contacts to single nanowires were fabricated with the combination of e-beam lithography and thermal evaporation. It was shown experimentally that the volt-ampere characteristics of the GaN nanowire structure possess current saturation region. Experimental results correspond well to proposed numerical model.