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1,709 results for “Reflectivity”
Supplementary material for "Modeling styles in conceptual data modeling: Reflecting observations in a series of multimodal studies'"
<p>This material supplements the following conference publication:</p> <p>Rosenthal, K., Wagner, S., Strecker, S. (2022) Modeling styles in conceptual data modeling: Reflecting observations in a series of multimodal studies</p>
Predicting methane emission in Canadian Holstein dairy cattle using milk mid-infrared reflectance spectroscopy and other commonly available predictors via artificial neural networks
<p>Supplementary Tables - Version 2</p>
Subspecies and Distribution. H. uw. underwoodi Thomas, 1903 — disjunct from 8S Mexico (Veracruz) to E Guatemala, S Belize, and N & W Honduras, and from SE Nicaragua to W Panama. H. u. minor C. J. Phillips & J. K. Jones, 1971 — Pacific slope in Mexico, from Nayarit and Jalisco to S Oaxaca. A.p. discontinuous distribution with gap in Nicaragua might just reflect lack of data because Underwood's Long-tongued bat always occursat rather low densities and is therefore not very often captured. in Phyllostomidae
Subspecies and Distribution. H. uw. underwoodi Thomas, 1903 — disjunct from 8S Mexico (Veracruz) to E Guatemala, S Belize, and N & W Honduras, and from SE Nicaragua to W Panama. H. u. minor C. J. Phillips & J. K. Jones, 1971 — Pacific slope in Mexico, from Nayarit and Jalisco to S Oaxaca. A.p. discontinuous distribution with gap in Nicaragua might just reflect lack of data because Underwood's Long-tongued bat always occursat rather low densities and is therefore not very often captured.
Dataset accompanying "Andreev Reflection in the Fractional Quantum Hall State"
<p>Measurement data, data processing and figure generating scripts for Ö. Gül <em>et</em> <em>al</em>., <em>Andreev</em> <em>Reflection</em> <em>in</em> <em>the</em> <em>Fractional</em> <em>Quantum</em> <em>Hall</em> <em>State</em>, Physical Review X <strong>12, </strong>021057 (2022)</p>
Partially-Saturated Brines Within Basal Ice or Sediments can Explain the Bright Basal Reflections in the South Polar Layered Deposits
<p>Electrical property data</p>
Distribution. Currently known from three sets of cranial remains found in New Zealand, Chatham, and Juan Fernandez Is and a single stranding consisting of an adult female and ajuvenile male found in New Zealand. It is not known how these records reflect the actual distribution of this species. in Ziphiidae
Distribution. Currently known from three sets of cranial remains found in New Zealand, Chatham, and Juan Fernandez Is and a single stranding consisting of an adult female and ajuvenile male found in New Zealand. It is not known how these records reflect the actual distribution of this species.
Distribution. It is known from a handful of strandings on California coast in W USA, and one possible sighting at sea, also off California; it is not known how reflective these records are of the actual distribution of the species at sea. in Ziphiidae
Distribution. It is known from a handful of strandings on California coast in W USA, and one possible sighting at sea, also off California; it is not known how reflective these records are of the actual distribution of the species at sea.
Distribution. Known only from the type locality in S Somalia, with no subsequent records, although this might reflect a lack of sampling. in Chrysochloridae
Distribution. Known only from the type locality in S Somalia, with no subsequent records, although this might reflect a lack of sampling.
Predicting dry matter intake in Canadian Holstein dairy cattle using milk mid-infrared reflectance spectroscopy and other commonly available predictors via artificial neural networks
<p>Supplementary Tables</p>
Mechanisms of Andreev reflection in quantum Hall graphene
<p>Source code and datasets for the manuscript "Mechanisms of Andreev reflection in quantum Hall graphene".</p>
gold foil reflectances
<p>Reflectance spectra of gold foils taken with x-rite MA T12 multiangle spectrophotometer.</p> <p>For more details refer to: Y. Arteaga et al. Characterising appearance of gold foils and gilding in conservation and restoration. In Colour and Visual Computing Symposium, 2022.</p>
CLTS-GAN: Color-Lighting-Texture-Specular Reflection Augmentation for Colonoscopy
<p>This is the models as well as results for CLTS-GAN, a deep learning model that disentangles color and lighting and texture and specular information. The results for the model as well as an augmented polyp dataset are contained here.</p> <p><strong>Abstract:</strong></p> <p>Automated analysis of optical colonoscopy (OC) video frames (to assist endoscopists during OC) is challenging due to variations in color, lighting, texture, and specular reflections. Previous methods either remove some of these variations via preprocessing (making pipelines cumbersome) or add diverse training data with annotations (but expensive and time-consuming). We present CLTS-GAN, a new deep learning model that gives fine control over color, lighting, texture, and specular reflection synthesis for OC video frames. We show that adding these colonoscopy-specific augmentations to the training data can improve state-of-the-art polyp detection/segmentation methods as well as drive next generation of OC simulators for training medical students. You can find the code and additional detail about CLTS-GAN via our Computation Endoscopy Platform at <a href="https://github.com/nadeemlab/CEP">https://github.com/nadeemlab/CEP</a></p>
Quantitative Mineral Analysis of Ordinary Chondrites and Primitive Achondrites Using Reflectance Spectroscopy
<p>This is supporting data for the paper titled "Quantitative Mineral Analysis of Ordinary Chondrites and Primitive Achondrites Using Reflectance Spectroscopy". Table 1 shows the mineralogical data used in this paper. Table 2 shows the spectral data of olivine and orthopyroxene mixtures from Cloutis et al. (1986) (<a href="https://doi.org/10.1029/JB091iB11p11641">https://doi.org/10.1029/JB091iB11p11641</a>).</p>
Figure 1. A‒D in Novel splitting/lumping index reflects the history of species concepts applied to bumblebees (Insecta: Apidae)
Figure 1. A‒D: (y axis) species discovery as the cumulative numbers of presently recognized species (SP) described (red squares) and cumulative total numbers of all taxa described (blue diamonds, excluding re-descriptions, replacement names, and infrasubspecific taxa) plotted against (x axis) the dates of the species lists. E‒H: (y axis) the splitting/lumping index SA/SP with red squares for the ratio representing net splitting (SA/SP> 1) or net lumping (SA/SP <1) of presently recognized species calculated as the numbers of species-rank taxa reported by the authors of the species lists (SA), divided by the number of presently recognized species examined by those authors (SP) (the blue line showing the balance point at SA/SP = 1.0), and plotted against the dates of the species lists (x axis). A, E: subgenus Mendacibombus (data from Table 1). B, F: subgenus Alpinobombus (data from Table 2). C, G: subgenus Bombus s.s. (data from Table 3). D, H: subgenus Melanobombus (data from Table 4).
Fig. 2 in Keeping cool: Enhanced optical reflection and radiative heat dissipation in Saharan silver ants
Fig. 2. Reflectivity of the silver ant's body surface from the visible to the MIR range of the spectrum. (A) Hemispherical reflectivity measured in the visible and NIR. (B) Measurement and simulation results showing visible and NIR reflectivity as a function of incidence angle. (C) Cross-sectional view of a two-dimensional distribution of a light field (magnitude of electric field component of light,or |E|) around a triangular hair for three exemplary Mie resonances.(D) Schematic diagram showing the interaction between visible and NIR light and a hair at small (I), intermediate (II), and large (III) incidence angles.The corrugated upper two facets may enhancediffuse reflection inthe ultravioletandvisible ranges.(E)ReflectivitymeasuredintheMIRatnormal incidence.(F)Simulated MIRreflectivity asafunction of incidence angle.
Fig.1 in Keeping cool: Enhanced optical reflection and radiative heat dissipation in Saharan silver ants
Fig.1.The bright glare of the silver ant and its structural basis.(A) Silverantoffloadingheatontopofdryvegetation(18).(B)SEMfrontalviewofthehead densely coveredbyhairs.(C)SEMimageof thehairsgraduallytaperingoff towardthetip.(D)Cross-sectionalviewof thehairsmilledwith FIB.(E)SEMimageof two hairs with one flipped upside down to exhibit the flat bottom facet.
Fig.3 in Keeping cool: Enhanced optical reflection and radiative heat dissipation in Saharan silver ants
Fig.3. Resultsof thermodynamicexperiments. (A) Thermal camera images showing the head of an ant specimen at the thermal steady state un- der different conditions. Temporal temperature profiles measured for the head before and after hair removal in vacuum (B) and in still air (C) are shown.(Dto F) Resultsobtained for thehind part (gaster) of an ant specimen.Insets in (B) and (E) are photos of specimens before and after hair removal.In the "hairs intact" picturesof head and gaster, because of the limited solid angle of illumination,the silvery glance is not shown all over the bodysurface portrayed inthe figures.
Figure 1 in Head morphology reflects the introduction history in a globally invasive carnivore-the small Indian mongoose
Figure 1. Geographical distribution and introduction history of the small Indian mongoose populations sampled in this study.
Figure 2 in Head morphology reflects the introduction history in a globally invasive carnivore-the small Indian mongoose
Figure 2. Centroid size of the crania and mandibles of the specimens of small Indian mongoose from sampled localities in the native and introduced range. Large circles indicate mean values.
Data for 'Noninvasive megapixel fluorescence microscopy through scattering layers by a virtual reflection-matrix'
<p>This repository hosts the datasets used in the study 'Noninvasive megapixel fluorescence microscopy through scattering layers by a virtual reflection-matrix.' It includes sets of images of fluorescent samples positioned behind a scattering layer, captured using random illuminations in a microscope setup detailed in the paper. The data correspond to the examples and figures presented in the publication.</p>
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International Brain Laboratory public data
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OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.