cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Project of a pressure stabilizing system for fast boiling experiments
Creators: name: Theodoro De Souza Netto, Arlindo
name: Vieira Da Silva Oliveira, Arthur
name: Gradeck, Michel
name: Gonçalves Dos Santos, Rogério
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: boiling
test bench
pressure stabilization
condenser
spring-piston
fuel heating

description: The reduction of pollutant emissions and the improvement of cold-phase performance of internal combustion engines can be achieved by heating the liquid fuel prior to its injection into the cylinders. Given the short heating time required as well as the power input, this technique results in the occurrence of boiling on the surface of the heater. With neither the use of pumps (for excessive cost reasons) nor the use of compressed gas (for safety reasons), designing a test bench capable of operating at constant pressure during vaporization of liquids in a closed system is challenging. We present in this paper the step-by-step project of an original pressurization solution for closed systems that has the final purpose of performing pool boiling experiments with water, gasoline, and ethanol at pressures up to 80 bar. The project features a hand-operated pump for initial pressurization and a test section comprised of a representative vehicle fuel gallery operating with a commercial fuel heater. The use of borosilicate glass in the test section, cameras, and adequate lighting make it possible to visualize and film the experiments. A condenser and a spring-piston system were designed externally to the test section as means to decrease the pressure variations during the tests caused by the vaporization of the liquid fuel. One of the major challenges in the modeling is dealing simultaneously with transient boiling and condensation, two phenomena with very different characteristic times (~10 ms and 1 s, respectively). The simulations performed indicate that the closed system pressure control using these concepts is possible within the required operating ranges. The analysis of the behavior of variables such as the condensation length, spring displacement, and pressure throughout the experiments were used as the basis for dimensioning the piston diameter employed, the spring coefficient of elasticity, and the condenser tube length.
Proteogenomics in Galaxy: identifying novel ‘constellations’ of proteoforms using transcriptomic and proteomic data.
Creators: name: Pratik Jagtap
name: Johnson, James
name: Vermillion, Katie
name: Anderson, Kyle
name: Heydarian, Mohammad
name: Noel, Brett
name: Guerrero, Candace
name: Getiria Onsongo
name: McGowan, Thomas
name: Parker, Laurie
name: Reddy, Karen
name: Andrews, Matt
name: Griffin, Timothy
Publisher: name: F1000Research
Year: 2016

description: Proteogenomics has emerged as an effective approach for identifying novel proteoforms and improve genome annotation. For example, matching mass spectrometry proteomic data to customized sample-specific RNASeq-derived databases facilitates identification of previously unidentified peptides. Proteogenomic identification of such peptides, however, requires greater scrutiny to qualify them as bonafide novel proteoform candidates.

In order to address these challenges we have developed a blueprint of modular galaxy workflows (doi: 10.1021/pr500812t). These include a) database generation from RNASeq (doi: 10.1186/1471-2164-15-703) or cDNA datasets; b) database search strategies that improve sensitivity of peptide spectral matches (doi: 10.1002/pmic.201200352); c) Filtering tools for quality control and d) modules for visualization and interpretation of results.

These Galaxy workflows were used in several studies to provide biological insights. In a fractionated human salivary dataset, we identified multiple, novel peptides that mapped to the basic proline-rich proteins (PRB1 and PRB2) located on chromosome 12. In a quantitative study of heart muscle (doi: 10.1021/acs.jproteome.5b00575) and skeletal muscle protein expression (doi: 10.1021/acs.jproteome.5b01138) during hibernation in 13-lined ground squirrel, researchers were able to identify peptides corresponding to previously uncharacterized proteins. Identification of these peptides allowed for improved genomic annotation of this non-model organism and provides insights into muscle physiology during hibernation.

We will present recent improvements by Galaxy-P team to the above described blueprint workflows. This includes development of Multi-Omics Visualization Platform (MVP) Galaxy plugin that facilitates viewing novel peptide sequences in the context of reference genome sequences and RNASeq data – enabling interpretation and hypothesis generation for testing to understand biological significance.
title: Solidarität: Partikularistischer Kampfbegriff oder Ausdruck eines universalen Ethos
Creators: name: Kodalle, Klaus-Michael
Publisher: name: Friedrich-Schiller-Universität
Year: 2024
Subjects: subject: Solidarität
subject: 100

description: Thüringentag für Philosophie 2024: Solidarität - was geht?
Ontology applications in machine learning
Creators: name: Min, Hua
name: Hedyeh Mobahi
name: Vukomanovic, Sava
name: Irvin, Katherine
name: Ilirjeta Krasniqi
name: Avramovic, Sanja
name: Wojtusiak, Janusz
Publisher: name: F1000Research
Year: 2016

description: We developed an advanced method by adding ontology to a machine learning system, AQ21. Bio-ontologies are used to provide computable knowledge to help AQ21 to “understand” biomedical data. We applied the method to SEER-MHOS data to identify predictors affecting patients’ ability to perform activities of daily living (ADLs).  It has been shown that the ontology-based machine learning system can achieve higher accuracy as compared to other methods without ontology.
Towards a more molecular taxonomy of disease
Creators: name: Jisoo Park
name: Hescott, Benjamin
name: Slonim, Donna
Publisher: name: F1000Research
Year: 2016

description: Disease taxonomies have been created for many applications, but they tend not to fully incorporate our growing molecular-level knowledge of disease processes, inhibiting research efforts. In this pilot study, we report the results of several preliminary attempts to infer a hierarchical representation of diseases from disease gene data. Our goal is not to build a new taxonomy using only these data, but to begin to understand the molecular contributions represented in existing taxonomies and how molecular information may be incorporated with existing criteria. Our preliminary results suggest that disease-gene association has the potential to serve as a firm foundation of future representations of the disease landscape.
Etude d'un systeme de valorisation de l'energie thermique des routes pour les besoins des batiments
Creators: name: Sevi, Prince
name: Stutz, Benoit
name: Bernardin, Frédéric
name: Cuer, Alexandre
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: Echangeur thermique routier
stockage thermique
Pompe à Chaleur
bâtiment

description: En France, le réseau routier peut constituer un capteur d'énergie solaire très important. Le seul réseau national pourrait capter une énergie solaire d'environ 196 TWh par an. On voit dès lors le rôle important que peuvent jouer les infrastructures routières dans la transition énergétique Cette énergie peut par exemple, être mise au profit du secteur du bâtiment qui représente près de 43 \% de la consommation totale d'énergie utile en France. Pour mieux exploiter ce potentiel énergétique des routes, plusieurs projets de routes récupératrices d'énergies ont vu le jour dont le projet Dromotherm (http://www.dromotherm.com) sur lequel porte cette présente étude, financé par la Région Auvergne-Rhône-Alpes dans le cadre du pack Ambition Recherche 2020-2025. Ce projet vise à récupérer l'énergie solaire thermique des chaussées (via une circulation d'eau dans une couche d'enrobé drainante comprise entre deux couches d'enrobé étanches) ; la stocker à la base des bâtiments dans une cuve isolée en béton, remplie de sable saturé en eau et de tubes géothermiques pour la production d'eau chaude sanitaire et le chauffage des bâtiments. Nos premières études d'un tel dispositif ont consisté à modéliser les différents phénomènes de transferts thermiques qui ont lieu tels que la conduction, la convection et le rayonnement thermique pour développer un modèle global de simulation afin d'étudier son comportement énergétique dynamique sur une année type. Il ressort de nos simulations qu'avec un tel dispositif, environ 8 à 20 \% de l'énergie solaire qui arrive sur la surface de la chaussée est transmise au fluide caloporteur (de l'eau) circulant dans la chaussée. Cette énergie récupérée et stockée à long terme (inter saisonnier) est prélevée en hiver via la mise en œuvre d'une pompe à chaleur pour le chauffage d'un bâtiment et la production d'eau chaude sanitaire pour ses occupants. . Différentes stratégies de pilotage ont été étudiées en vue de limiter les consommations des systèmes annexes et maximiser l'efficacité du système.
Supplementary document for Improving the mechanical cooling by using magnetic thermal noise in a cavity-magnomechanical system - 6195688.pdf
Creators: name: Yang, Zhen
name: zhao, chengsong
name: Peng, Rui
name: Yang, Junya
name: Zhou, Ling
Publisher: name: Optica Publishing Group
Year: 2025
Subjects: Uncategorized

description: supplemental document
title: Solidarität und ihre Voraussetzungen - von der Theorie zum gesellschaftlich gelebten Wert
Creators: name: Rudolph, Tina
Publisher: name: Friedrich-Schiller-Universität
Year: 2024
Subjects: subject: Solidarität
subject: 100

description: Thüringentag für Philosophie 2024: Solidarität - was geht?
The opposing actions of Arabidopsis CTF7 and WAPL1 and 2 in mitotic and meiotic cells
Creators: name: Kuntal De
name: Sayantan Mitra
name: Bolanos-Villegas, Pablo Alberto
name: Xiaohui Yang
name: Homan, Garrett
name: Jauh, Guang Yuh
name: Makaroff, Christopher A.
Publisher: name: F1000Research
Year: 2016

description: In this poster we present evidence that regulators of chromosomal cohesion in Arabidopsis display different roles during mitosis and meiosis. Reduced activity of both CTF7 and WAPL1/2 have a limited impact on the proliferation of mitotic tissues, however during male meiosis chromosomes still display defects during segregation. Development of female gametocytes is also defective.
Cavity size influence on Rayleigh-Bénard convection under the effect of wall and gas radiation
Creators: name: Delort-Laval, Maxime
name: Soucasse, Laurent
name: Rivière, Philippe
name: Soufiani, Anouar
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: Natural convection
gas radiation
Proper Orthogonal decomposition

description: We investigate Rayleigh-Bénard convection in a cubical cavity under the effect of wall and gas radiation. Coupled direct numerical simulations are carried out for a radiating air / \chemform{H\_2O} / \chemform{CO\_2} mixture at room mean temperature, using a Chebyshev spectral method for the flow and a ray-tracing method for the radiation field The global absorption distribution function (ADF) model is used to represent the spectral radiative properties of the mixture. Time-averaging is then applied to compare the results, regardless of the multiple flow configurations obtained. Three different Rayleigh numbers are studied, from Ra = 1E7 to Ra = 1E9. Under the Boussinesq approximation, solutions to the uncoupled simulations only depend on the Rayleigh and Prandtl numbers and are not affected by the size of the cavity. However, it goes otherway when radiation is taken into account ; two cavitiy sizes are then considerated with edges of 1 and 3 meters long. As the cavity size increases, at fixed Rayleigh number, so does the effects of radiation on the flow. Radiation has a stabilizing effect on the large-scale circulation. The large-scale circulation settles in vertical mid-planes or diagonal planes depending on the radiation conditions, and reorientations are occasionally observed in the cavity. In the same time, the convective flux in the core, as well as the conductive flux at the walls and the kinetic energy, are increased as radiation is taken into account, and this increase is more important for the larger size of the cavity. The contribution of radiation to the potential energy balance and to the "thermal energy" balance are presented. Proper orthogonal decomposition (POD) analysis is then used in order to better understand the evolution of the flow structures and the influence of radiation. The shape of the modes, as well as their symmetries and temporal dynamics, are discussed. The influence of the modes in the reorientation process is also studied.
Tricouches symétriques pour la caractérisation thermique de couches minces par méthode opto-électrothermique
Creators: name: Peillon, Sébastien
name: Rodiet, Christophe
name: Notingher, Petru
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: Caractérisation thermique
Conductivité thermique
Diffusivité thermique
Nitrure d'Aluminium
Méthode opto-électrothermique
Couches minces
Semi-transparence
Multicouches
Méthodes inverses.

description: Les couches minces diélectriques regroupent un large panel de matériaux aux applications diverses dont les propriétés thermiques s'étendent sur une large gamme. Parmi celles-ci, le nitrure d'aluminium est utilisé en microélectronique pour la dissipation passive de chaleur en raison de son excellente conductivité thermique, de l'ordre de 100 W/m/K à 200 W/m/K. Afin d'être en mesure de caractériser thermiquement ce type de matériaux bons conducteur et de faible temps de conduction, une méthode opto-électrothermique issue de la classe de méthodes Flash (excitation optique pulsée, combinée ici à une mesure électrothermique) est développée : l'effet thermorésistif d'une électrode métallique déposée sur le matériau est utilisé comme transducteur afin de déterminer la variation de température de diffusion en surface de l'électrode – au moyen d'un pont de Wheatstone équilibré et d'une sonde de mesure. Ce dépôt opaque et unique est souvent nécessaire pour collecter l'excitation laser lors de l'utilisation de méthodes optiques du fait du caractère semi-transparent des couches minces. Toutefois, lorsqu'une mesure simultanée des charges d'espace est réalisée pour caractériser électriquement le film mince (e.g. HVDC), celui-ci peut être enchâssé entre deux électrodes métalliques. Ce tricouche symétrique offre alors une possibilité de mesure sur chaque face (avant et arrière) de l'échantillon. Finalement, une méthode inverse permet à partir de ces mesures temporelles de déterminer les propriétés du film mince. Le papier proposé présente une preuve de concept de la méthode opto-électrothermique développée en l'appliquant dans cette configuration symétrique à un échantillon mince (~100 $\mu$m) d'AlN présentant des propriétés de semi-transparence. Il est ainsi montré que la méthode est adaptable aux mesures en faces avant et arrière. A cette fin, différentes modélisations quadripolaires du transfert conducto-radiatif 1D au sein du tricouche sont proposés. En particulier, un modèle adapté aux mesures en face avant a été développé afin de permettre la prise en compte des effets de semi-transparence du film en considérant un transfert conductif en milieu semi-infini. Une étude des performances de la méthode d'estimation sur données synthétiques est menée afin d'évaluer l'influence des biais de modèles thermiques dus au transfert par conduction et aux effets de semi-transparence. Les valeurs de conductivité effective du film déterminées à partir des mesures expérimentales réalisées en faces avant et arrière ont pu être corroborées entre elles avec un écart relatif de l'ordre de 2 \%.
BIOLOGICAL PROPERTIES OF THE TERRESTRIAL MOLLUSK XEROPICTA CANDAHARICA (L.PFEIFFER, 1846)
Creators: name: Karimkulov, A.T.
name: Ismonova, Y.
name: Tursunova, Z.
name: Orokboyeva, O.
Publisher: name: Zenodo
Year: 2025

description: The article analyzes data on the general, seasonal and sexual activity of the terrestrial mollusk Xeropicta candaharica. As a result of studying the activity of this species of mollusk in natural and laboratory conditions, the following was determined. The general activity of X. candaharica mollusks in the spring period was observed at air temperatures from +5oC to +23oC and relative humidity from 45% to 100%, sexual activity was observed at air temperatures from +5oC to +19oC, relative humidity from 55% to 95%, and the egg-laying process was observed at air temperatures from +1oC to +21oC, relative humidity from 63% to 90%. The development period of eggs in the natural environment lasted 11-16 days and depended on air temperature. At an average daily air temperature of +12oC, the eggs developed for 15-16 days, and at +14oC for 11-13 days. In laboratory conditions, at an average daily air temperature of +15.5oC, the eggs developed for 18-20 days.
Bibliographie der Geschichte, Landes- und Volkskunde von Stadt und Kanton Zürich: 1. Juli 1942 bis 30. Juni 1943
Creators: name: Sieber, Paul
Publisher: name: Buchdruckerei a/d. Sihl A.-G.
Year: 1943
Subjects: subject: 010 Bibliografie
subject: Kanton Zürich
subject: Zürich
subject: Bibliografie
subject: Geschichte
subject: Landeskunde
subject: Volkskunde

description: Separatdruck aus dem "Zürcher Taschenbuch" auf das Jahr 1944
Modélisation du bilan thermique d'un panneau photovoltaïque par la méthode de Monte Carlo et validation expérimentale
Creators: name: Villemin, Thomas
name: Farges, Olivier
name: Parent, Gilles
name: Claverie, Rémy
name: Bouyer, Julien
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: Méthode de Monte Carlo
Photovoltaïque
Conduction
Rayonnement
Convection

description: Le déploiement de panneaux photovoltaïques s'est fortement accéléré ces dernières années et, d'après les projections en France et en Europe, ils occuperont une place importante dans les futurs mix énergétiques. Ce développement est lié à l'abaissement du prix au kilowattheure et aux améliorations croissantes des rendements électriques des technologies photovoltaïques. Cependant, la dépendance de la production électrique aux conditions de fonctionnement des panneaux photovoltaïques reste un sujet de recherche très actif. Par exemple, l'impact négatif de l'augmentation de la température des cellules sur la performance électrique du panneau est un phénomène bien connu. Cette température est le résultat des échanges thermiques entre le panneau et son environnement. Les industriels valident le comportement électrique de leurs modules dans les conditions STC (Standard Test Conditions) alors qu'elles ne sont, la plupart du temps, pas représentatives du point de fonctionnement de ces systèmes en situation réelle. Plusieurs travaux ont été menés dans la littérature afin de simuler le bilan thermique d'un panneau. Deux difficultés principales apparaissent : la variabilité temporelle des paramètres climatiques (e.g. rayonnement solaire, vitesse du vent) et la complexité géométrique du panneau et de son environnement (e.g. ombrages). Dans ce travail, une résolution de ce bilan thermique par la méthode de Monte Carlo est proposée afin d'intégrer temporellement les paramètres climatiques. Cette méthode a déjà fait ses preuves sur la gestion des géométries complexes et les phénomènes transitoires tels que l'énergie solaire. Afin de valider le modèle, une campagne de tests à température d'air contrôlée a été réalisée au Cerema à Nancy afin d'obtenir des données sur le fonctionnement électrique et thermique d'un panneau photovoltaïque de 310 W. De plus, le modèle est confronté à des données obtenues en conditions réelles sur une plateforme expérimentale également située au Cerema. Les résultats démontrent la capacité de la méthode de Monte Carlo à simuler la température d'un panneau photovoltaïque en régime transitoire.
Ontology development for semantic representation of GeneReviews
Creators: name: Singh, Sweta
name: Krystl Haerian
name: Zhu, Qian
Publisher: name: F1000Research
Year: 2016

description: Specific Mendelian conditions are rare and may only affect one in every several thousands to millions people. Comparing to other chronic diseases, there is limited accumulated information for genetic diseases. GeneReviews as a professional data resource, provides expert-authored, peer-reviewed disease descriptions ("chapters") for genetic conditions. However, the information presenting in GeneReviews is in unstructured data. In order to better utilize such information for further clinical decision support, in this study, we manually annotated 300 GeneReviews chapters, specifically for clinical features, treatments, tests and family risks, and applied web ontology language (OWL) to formal organize and represent annotations.
Exploring the Views and Experiences of Women, Partners and Staff regarding a New Pregnancy and Early Parenting Resource: A Multi Method Study
Creators: name: Hay, Sarah
Publisher: name: La Trobe
Year: 2025
Subjects: classificationCode: 3999
subject: Other Education
subject: FOS: Educational sciences
classificationCode: 420401
subject: Clinical midwifery
classificationCode: 420499
subject: Midwifery not elsewhere classified
classificationCode: 321302
subject: Infant and child health
classificationCode: 520101
subject: Child and adolescent development

description: Submitted in total fulfilment of the requirements for the degree of Doctor of Philosophy to the School of Nursing and Midwifery, Judith Lumley Centre, La Trobe University, Victoria, Australia.
Insight into prediction of unsteady forced convection in a porous straight channel subjected to an inlet flow modulation: A REV latttice Boltzmann investigation
Creators: name: Naji, Hassane
name: Mabrouk, Riheb
name: Dhahri, Hacen
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: latent heat thermal energy storage system
Brinkman-Forchheimer extended Darcymodel
two-energy model
Pulsating flow
Energetic and exergetic efficiencies
thermal lattice Boltzmann method

description: The technologies involving unsteady forced convection with phase change in porous media with unsteady inlet flow are increasingly investigated. To gain further insight into this issue, the continuity, momentum and two-energy equations (LTNE model) describing the flow in the melted PCM and heat transfer between metal foam and PCM are solved within an open-ended straight porous channel as a latent heat thermal energy storage system (LHTES). The system is modulated by sin waves superimposed on a time-varying input flow. From a technical point of view, heat transfer under pulsed flow is often found in various industrial applications such as finned heat sinks for electronic chipsets, filtration devices, pulsed tube cryo-coolers, ducted air conditioners, aerosols transport in human respiratory tract, blood flow in the vessels, etc. A thermal mesoscopic method at a representative elementary volume scale (REV) level is taken up to numerically address such a problem. Simply put, the thermal lattice Boltzmann method (TLBM) enthalpy-based is employed to deal the Brinkman-Forchheimer extended Darcy (BFD) model and the two-energy model . On the other hand, the multi-distribution functions (MDF) model was adopted to calculate the dynamic and thermal fields. Relevant values of the pulse amplitude A, porosity and Strouhal (St) number were deemed. The comprehensive analysis of the results suggests that small amplitude speed up the melting rate and the heat spread where forced convection acts in the domain. In addition, the overall irreversibility of the system is reduced during the charging process with a low St number and a lower amplitude and during the discharging process with low St and larger amplitude. Furthermore, it turned out that an unsteady convective flow better improves the unit energy and exergy performance rather than a pulsed flow. Further detailed insights on intensity, phase field evolvement and streamlines, and overall characteristics in terms of average entropy generation rate (Nsav), energetic and exergetic efficiencies are also exhibited. To sum up, the REV-scale enthalpy-based TLBM has been successfully applied to two-dimensional porous LHTES. In particular, solutions are shown to be achievable with today's computing resources and to be extremely beneficial, shedding new light on phenomena otherwise inaccessible experimentally.
IMPROVING THE METHOD OF CALCULATING THE LEVEL OF SUSTAINABLE DEVELOPMENT OF TEXTILE ENTERPRISES IN CONDITIONS OF INTENSE COMPETITION
Creators: name: Komiljonova Layla Kudratovna Student of Tashkent Institute of Textile and Light Industry
Publisher: name: Zenodo
Year: 2024

description: The article examines the issues of improving the method of calculating the level of sustainable development of textile enterprises in the conditions of fierce competition in the world market of textile products.

Key words: textile industry, market, diagnosis, sustainable development, integrated indicator, assessment.
Compêndio de Ciência da Religião (Reviewed by)
Creators: name: Aletti, Mario
Publisher: name: Società Italiana di Psicologia della Religione
Year: 2015

description: Psychology of Religion e-Journal, Vol 1, No 1 (2014): Psicologia della Religione e-journal Dicembre 2014
description: Passos, J. D. & Usarski, F. (2013) (Eds.). Compêndio
de Ciência da Religião. São Paulo: Paulinas/Paulus.
702 pp. ISBN 978-85-356-3576-8
Prise en compte du confort des usagers dans les projets de réhabilitation
Creators: name: Jkaoua, Zineb
name: Sempey, Alain
name: Larrey, Eric
name: Barlet, Aline
name: Desbiyes, Hélène
name: Bruneau, Denis
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: méthode participative
confort
usagers
indices thermiques

description: L'adaptation au changement climatique est un enjeu majeur pour notre société, certains effets comme l'intensification et l'augmentation des épisodes de chaleur sont devenus inévitables, engendrant des conséquences parfois mortelles. La surchauffe urbaine rend les activités quotidiennes des usagers dans les espaces de vie extérieurs comme intérieurs inconfortables voir pénibles et participe en grande partie à l'augmentation de la demande énergétique des bâtiments. La priorité pour faire face au réchauffement climatique n'est plus aux constructions neuves performantes énergétiquement. Les efforts doivent se tourner vers le réaménagement des espaces urbains dans les zones denses et la réhabilitation des bâtiments. Afin d'adapter les projets à leur futur environnement climatique, il devient essentiel voir nécessaire d'élaborer de nouvelles méthodes. Il est notamment primordial de centrer l'approche sur l'humain et d'intégrer les usagers dès la phase de programmation des projets de réhabilitation des bâtiments et des espaces extérieurs. Les démarches participatives et la compréhension des besoins, des ressentis et des attentes des usagers permettent de proposer des informations et des solutions pertinentes aux décideurs afin de produire un projet de qualité, viable et désirable. Un projet durable demande l'implication des acteurs de la décision, de la conception et plus spécialement de l'usage. Ça permet de favoriser la création de liens entre l'homme et son environnement grâce à la participation à une prise de conscience collective. Ces travaux portent ainsi sur la proposition d'une méthode participative de prise en compte de l'usager adaptée à la pratique, dans le but de permettre aux concepteurs de réaliser des opérations de réhabilitation durable. Un certain nombre d'indices ont été conçu pour décrire le degré de confort thermique humain en associant les conditions microclimatiques locales et la sensation thermique humaine. Pour cela, nous avons souhaité étudier les différentes stratégies d'évaluation du confort en utilisant des indicateurs issue de mesures physiques ou de données perceptives à l'aide d'enquête. Le but est de développer et trouver des méthodes et des outils adaptés permettant l'évaluation et la prédiction du confort. Cela s'est également effectué par le déploiement de capteurs et d'instruments de mesures de différents paramètres, mais aussi par la modélisation des ambiances climatiques à très fine échelle.
A REV-scale assessment of metal foam porosity effect on a PCM's melting in an latent heat energy storage unit
Creators: name: Mabrouk, Riheb
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: Phase change material
Forced convection
Porous metal foams
Thermal lattice Boltzmann method

description: Latent heat thermal energy storage (LHTES) has become both a promising and attractive thermal energy storage (TES) method that can achieve high energy storage density and near constant temperature during operation while balancing the gap between energy supply and demand. This paper deals with the numerical investigation of the enhancement of heat transfer under forced convection in an open-ended horizontal channel filled with a porous structure (metal foam) and a phase change material (PCM: paraffin). The Forchheimer-Brinkman extended Darcy unsteady flow model (generalized Navier-Stokes equations) is assumed to simulate flow and heat transfer occurring within the porous medium for an unsteady forced convection. These are completed by two energy equations based on the local thermal non-equilibrium (LTNE) condition. Simulations are done using the thermal Single Relaxation Time (T-SRT) lattice Boltzmann Method (LBM) at the representative elementary volume (REV) scale. All lattice Boltzmann equations (LBE) involved are discretized according to the D2Q9 model using three distribution functions. Numerical results were performed to present the effects of porosities (0.5-0.9) on the dynamic and thermal fields, Bejan number and melting front for the sequent Re range (200-400) during charging (melting) process. The reliability of the implemented in-house code has been evinced through a comparison of some preliminary results with some results from the literature. Based on the results achieved, it can be stated that the melting process under laminar forced convection is speeded up by decreasing the porosity (=0.5) and increasing the Reynolds number. In addition, high porosity (=0.9) decelerates the front progression owing to the permeability of the metal structure. While, increasing the porosity intensifies the thermal conductivity of the medium and then, induces more energy stored in a short time within the same volume of the support. Thereby, at high Re (=400), it can be stated that the melting phenomenon rate is much faster owing the interstitial heat transfer. However, the heat transfer irreversibility dominates the overall irreversibility of the system. Finally, it can be concluded that the implemented thermal lattice Boltzmann method represents an appropriate tool that can handle unsteady forced convection melting problems in latent energy storage unit.
Supplementary document for Ferroelectric domain engineering with femtosecond pulses of different wavelengths - 6196410.pdf
Creators: name: Sen, Wang
name: Liu, Shan
name: Liu, Dawei
name: Ningning, Wang
name: Zhao, Ruwei
name: Liu, Yongxing
name: Ziliang, Li
name: Gaorui, Mao
name: Chen, Feifei
name: Sheng, Yan
Publisher: name: Optica Publishing Group
Year: 2025
Subjects: Uncategorized

description: This document give the details on test of nonlinear optical absorption coefficients
Recommendations to improve the large freshwater body ecosystems of Stanley Park based on water chemistry, stream invertebrates, and culvert data
Creators: name: Fisher, Paul
name: Hu, Sabrina
name: Oh, John
Publisher: name: The University of British Columbia
Year: 2022

description: This project aims to find out how to improve the health of Lost Lagoon and Beaver Lake in Stanley Park. Three aspects related to freshwater habitats which include water quality, stream invertebrates, and culverts are discussed. Water quality reflects the health of lakes directly by testing the chemical and physical parameters. Water temperature, pH, and nutrients level, for example, shows the measurable conditions of water quality. Stream invertebrate surveys, which assess invertebrate populations can be used to make inferences about long-term pollution levels and overall water quality have been conducted by SPES since 2018. Survey results were analysed in detail, looking for general patterns, and found a large portion of the survey results to be poor. The culvert system is used for both water movement and wildlife transportation in and out of the freshwater bodies. Outdated data on the culvert system was updated in this project allowing the exploration of possible approaches to improve the system and freshwater habitat conservation in Stanley Park. Over a span of eight months the team visited Stanley Park to collect water samples from Lost Lagoon and Beaver Lake, and collected data about culverts along trails and stream invertebrates. Based on the analysis of the data collected over this eight month span, and of data Stanley Park Ecology Society (SPES) collected since 2016, the freshwater habitat quality was found to be poor in both Beaver Lake and Lost Lagoon. Therefore, this project aims to give recommendations to SPES to improve the water conditions in Beaver Lake and Lost Lagoon. The data for water and culvert conditions in Stanley Park have been updated which benefits future research and helps to improve the freshwater habitats. Stream invertebrate surveys are an important part of the monitoring efforts, providing useful insight into water quality, but more survey locations should be added around beaver lake for a more thorough representation of the water quality entering Lost Lagoon. The current culvert system is in poor condition as about 40% of culverts are blocked by mud or debris, or the entrances or exits are buried underground. The culvert system needs to be restored and better maintained.
Consolidation of Shorebird Data from 1999-2001 and Literature to Inform Wetland Habitat Ecological Restoration for Critical Shorebird Species and General Avian Biodiversity on Iona Island, British Columbia, Canada
Creators: name: Dyck, Kylee
name: Lee, Lauren
name: Zhang, Yu Qi (Richie)
Publisher: name: The University of British Columbia
Year: 2022

description: Shorebirds are critical for ecosystems globally by transporting nutrients, energy, and other organisms across ecosystems, using a matrix of habitats from South America to Alaska. To conserve declining shorebirds populations, critical habitat must be protected; Iona Island in North Richmond, BC is a designated Important Bird Area, and supports diverse habitats, providing shorebirds with highly quality and abundant food sources of biofilm and invertebrates. Metro Vancouver is planning the upgrade of the existing Iona Island Wastewater Treatment Plant (WWTP) and ecological restoration projects on the island to improve water quality, fish, and bird habitats. In collaboration with Birds Canada, our project aims to provide recommendations to Metro Vancouver to improve shorebird habitat on Iona Island with the Iona Island WWTP ecological restoration projects. To determine the current value of Iona Island to shorebirds, an analysis of habitat types, eBird and the British Columbia Coastal Waterbirds Survey (BC CWBS) datasets and a literature review was conducted. The BC CWBS was analyzed using Python to identify temporal and seasonal trends to inform conservation efforts. ArcMap was used to examine shorebird distribution on Iona Island for targeted ecological restoration.
ЮРИДИК ТАЪЛИМДА ТИЗИМЛИ ТАҲЛИЛ ВА ҚАРОР ҚАБУЛ ҚИЛИШ МЕТОДОЛОГИЯСИНИНГ АҲАМИЯТИ
Creators: name: Ахмедова, Ирода
Publisher: name: Zenodo
Year: 2025

description: Мазкур мақолада Ўзбекистонда юридик таълим тизими ва ҳуқуқ соҳасида амалга оширилаётган ислоҳотлар таҳлил этилади. Хусусан, замонавий талабларга жавоб берадиган, креатив ва танқидий фикрлаш қобилиятига эга мутахассислар тайёрлашнинг аҳамияти қайд этилади. Тизимли таҳлил назарияси ва уни ҳуқуқий қарор қабул қилиш жараёнида қўллашнинг усуллари, босқичлари ҳамда афзалликлари ёритилади. Шунингдек, халқаро тажриба, жумладан, АҚШ ва Европадаги юридик таълимдаги интерактив методлар мисолида таҳлил асосида ўқитишнинг аҳамияти кўрсатилади.
Emotional Competencies and Emotional Coeducation Amongst University Students
Creators: name: Suberviola Ovejas, Iratxe
Publisher: name: figshare
Year: 2025
Subjects: classificationCode: 390406
subject: Gender, sexuality and education
classificationCode: 390412
subject: Teacher and student wellbeing

description: This study examines the emotional competencies amongst 1,345 university students from three universities in northern Spain, focusing on emotional attention, clarity, and regulation by gender, academic discipline, and educational stage. Using the Trait Meta-Mood Scale (TMMS-24) as a measurement tool, statistical analyses, including normality tests, ANOVA, and t-tests, were conducted with the aim of identifying significant differences in emotional competencies based on these variables. Results indicate that female participants scored higher in emotional attention, while male participants excelled in emotional regulation, with no significant differences in emotional clarity. Social sciences’and humanities’ students showed the highest emotional attention scores, whereas technological sciences’ students led in emotional regulation. Postgraduate students outperformed undergraduates in both emotional attention and regulation, reflecting greater emotional maturity. These findings highlight the influence of gender socialisation and disciplinary context in shaping emotional competencies. and underscores emotional coeducation as a key strategy to reduce emotional inequalities and foster holistic development in education.Este estudio analiza las competencias emocionales de 1.345 estudiantes universitarios de tres universidades del norte de España, centrándose en la atención emocional, la claridad emocional y la regulación emocional en función del género, la disciplina académica y la etapa educativa. Utilizando la Trait Meta-Mood Scale (TMMS-24) como instrumento de medida, se realizaron análisis estadísticos, incluidos tests de normalidad, ANOVA y pruebas t, con el objetivo de identificar diferencias significativas en las competencias emocionales en función de estas variables. Los resultados indican que las participantes femeninas obtuvieron puntuaciones más altas en atención emocional, mientras que los participantes masculinos destacaron en regulación emocional, sin diferencias significativas en claridad emocional. El alumnado de ciencias sociales y humanidades mostró las puntuaciones más altas en atención emocional, mientras que el de ciencias tecnológicas destacó en regulación emocional. El alumnado de posgrado superó al de grado tanto en atención como en regulación emocional, reflejando una mayor madurez emocional. Estos hallazgos subrayan la influencia de la socialización de género y del contexto disciplinar en el desarrollo de las competencias emocionales y destacan la coeducación emocional como una estrategia clave para reducir las desigualdades emocionales y fomentar un desarrollo educativo integral.
Develop 800V battery architecture to speed up electric vehicle charging: trade-off between charging infrastructure cost and time spent in station
Creators: name: Popiolek, Anastasia
name: Dimitrova, Zlatina
name: Petit, Marc
name: Dessante, Philippe
Publisher: name: Société Française de Thermique
Year: 2022
Subjects: véhicules électriques
architecture batterie
vitesse de recharge
infrastructure de recharge
réduction du temps de trajet

description: Afin de répondre aux attentes de réduction d'émission de gaz à effet de serre, les constructeurs automobiles orientent leur production vers la voiture électrique rechargeable. Cependant, le temps de recharge des véhicules électriques (VEs) reste encore un frein à l'adoption de ceux-ci, notamment pour les trajets longue-distance et l'augmentation de la puissance de recharge (jusqu'à 350 KW) apparaît comme la solution permettant de réduire le temps de recharge à une quinzaine de minute pour une charge de 20 \% à 80 \% de capacité de batterie. En outre, tous les véhicules électriques ne peuvent se recharger à 350 kW car, pour obtenir une charge à cette puissance, il faut avoir une architecture batterie en 800V alors que la majorité des véhicules actuels ont une architecture en 400V (dont la puissance de charge maximale permise ne peut aller au delà de 150 kW). De plus, permettre la recharge à 350kW impose un coût plus important pour l'infrastructure de recharge par rapport à une recharge à 50 kW ou même à 150kW. Se pose alors la question du choix de l'architecture batterie (400 ou 800V) que les constructeurs automobiles devraient mettre en place pour leur future production. Une étude concrète a été réalisée sur l'autoroute française A6 Paris-Lyon pour évaluer l'impact de différent taux de pénétration de VEs avec une architecture batterie 800V sur le coût de l'infrastructure de recharge et sur la satisfaction des conducteurs de véhicules électriques (réduction du temps d'attente et de charge sur autoroute). L'étude s'appuie sur un outil de simulation prenant en entrée une flotte de véhicule ainsi qu'une infrastructure de recharge rapide sur autoroute et établissant sur une journée le comportement des véhicules électriques suivant leurs caractéristiques (niveau de batterie en entrée d'autoroute, puissance de recharge maximale permise par l'architecture batterie, etc.). L'intérêt de l'architecture batterie à 800V par rapport à l'architecture à 400V est ensuite discuté en fonction de la réduction de temps de trajet que permet ce type d'architecture en augmentant la vitesse de charge.
Systematic review of validated instruments for measuring research misconduct and questionable research practices
Creators: name: Holm, Søren
Publisher: name: Zenodo
Year: 2024

description: The purpose of this systematic review is to identify, and quality assess validated instruments used in the literature to measure aspects of research misconduct and/or questionable research practices (QRP).One of the most common methods used to quantify aspects of research misconduct or QRP in a defined population of researchers or research students is the survey. These surveys may measure diverse properties such as the incidence of research misconduct or QRP, attitudes towards research misconduct or QRP, or knowledge about guidelines.In order to measure any of these properties accurately it is important to use well-validated questions and instruments. Using already validated instruments will also enable better comparisons between different studies and will make any future use of data in meta-analysis more straightforward. As an example, incidence rates for self-reported research misconduct can only be directly compared if the questions that respondents have answered are phrased in an identical manner. It is therefore important for researchers in the field to identify validated instruments they can use in their surveys.
Bright Sparke: Bright Bindings
Creators: name: Wyatt, Nick
Publisher: name: Science Museum Group
Year: 2000
Subjects: geography
electricity
biology
aeronautics
geology
leather
book binding
nineteenth century
mathematics
publishing
art
engineering
chemistry
physics
astronomy

description: The development of publishers' book bindings in the late nineteenth century led to an explosion of bright, decorative covers for popular science and technology books. These examples of science and graphic art for the masses represented natural phenomena and the latest technical advances. The exhibition highlights 'bright sparks' in astronomy, Earth sciences, engineering, electricity and aeronautics. All the examples were taken from the collections of the Science Museum Library.
description: Bright Sparks: Bright Bindings
Yet another Hopf Invariant
Creators: name: Doeraene, Jean-Paul
name: Haouari, Mohammed El
Publisher: name: arXiv
Year: 2015
Subjects: subject: Algebraic Topology (math.AT)
subject: FOS: Mathematics
subject: 55Q25, 55M30

description: The classical Hopf invariant is defined for a map f: S^r -> X. Here we define `hcat' which is some kind of Hopf invariant built with a construction in Ganea's style, valid for maps not only on spheres but more generally on a `relative suspension' f: Sigma_A W -> X. We study the relation between this invariant and the sectional category and the relative category of a map. In particular, for f being the `restriction' of f on A, we have relcat(i) <= hcat(f) <= relcat(i) + 1 and relcat(f) <= hcat(f).
Coroplastica con raffigurazioni musicali della Sicilia greca
Creators: name: Bellia, Angela
Publisher: name: Alma Mater Studiorum - Università di Bologna
Year: 2010
Subjects: L-ANT/07 Archeologia classica
L-ART/07 Musicologia e storia della musica
L-ART/08 Etnomusicologia
M-DEA/01 Discipline demoetnoantropologiche

description: Un particolare repertorio figurativo è quello della coroplastica con raffigurazioni musicali rinvenuta in tutta la Sicilia di età greca. Questo materiale non è mai stato analizzato in prospettiva musicologica; considerata la quantità di rinvenimenti e la ricorrenza dei modelli figurativi, è sembrato opportuno avviare un percorso di studio per tentare di comprendere la funzione di questa particolare coroplastica. 
Si tratta prevalentemente di suonatrici di auloi, tympanon, kithara, kymbala e arpa. A queste si aggiungono una categoria molto diffusa di gruppi di suonatrici e di pinakes con figure femminili che suonano strumenti musicali.
Da un lato, si pone il problema della comprensione del significato della dedica di questi fittili e della loro relazione con la musica. Strettamente collegata con questo è il tema dell’identificazione di alcune tipologie di figure, in particolare le suonatrici di auloi, le suonatrici di tympanon, le triadi di figure femminili e i pinakes con figure femminili che potrebbero rappresentare divinità, sacerdotesse o semplici offerenti.