201 research outputs found

    sj-jpg-1-tab-10.1177_1759720X221079253 – Supplemental material for Successful treatment of sirolimus in a Chinese patient with refractory LN and APS: a case report

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    Supplemental material, sj-jpg-1-tab-10.1177_1759720X221079253 for Successful treatment of sirolimus in a Chinese patient with refractory LN and APS: a case report by Danting Zhang, Fangfang Sun and Shuang Ye in Therapeutic Advances in Musculoskeletal Disease</p

    Supplemental Material - Development and Validation of Machine Learning Models to Predict Epidermal Growth Factor Receptor Mutation in Non-Small Cell Lung Cancer: A Multi-Center Retrospective Radiomics Study

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    Supplemental Material for Development and Validation of Machine Learning Models to Predict Epidermal Growth Factor Receptor Mutation in Non-Small Cell Lung Cancer: A Multi-Center Retrospective Radiomics Study by Liu Yafeng, Zhou Jiawei, Wu Jing, Wenyang Wang, Xueqin Wang, Jianqiang Guo, Qingsen Wang, Zhang Xin, Li Danting, Xie Jun, Ding Xuansheng, Xing Yingru, and Hu Dong in Cancer Control</p

    Three-dimensional CFD modeling of transport phenomena in anode-supported planar SOFCs

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    In this study, a three-dimensional computational fluid dynamics model has been developed for an anode-supported planar SOFC. The conservation equations of mass, momentum, species/charges and thermal energy are solved by finite volume method for a complete unit cell consisting of 13 parallel channels in both anode and cathode. The simulation results of the developed model are well in agreement with the experimental data obtained at same conditions. In this study, the co-flow arrangement with hydrogen utilization of 60 % and operating voltage of 0.7 V is used as the base case, and compared with the counter-flow arrangement. The predicted results reveals that the maximum temperature obtained in the counter-flow arrangement is about 10 A degrees C lower than that of co-flow, but the counter-flow arrangement has a higher temperature gradient between the respective anodes and cathodes in a cross-section normal to the main flow direction, especially in the air inlet region of the cell (x = 0.04 m),which is very harmful to the lifetime of materials. The current density is very unevenly distributed along and normal to the flow direction for both the co- and counter-flow arrangements, and the maximum values occur at junctions of the electrodes, channels and ribs, which causes higher over-potentials and ohmic heating

    The revision of an orientalist to a reoriented image : Arab women in The Algerian Quartet by Assia Djebar

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    Cette thèse porte sur l’œuvre d’Assia Djebar qui est une des plus grandes représentantes de la littérature maghrébine de langue française. Elle met à profit les nombreux travaux occidentaux déjà menés sur cette œuvre en les infléchissant et en les prolongeant par une approche personnelle qui s’attache à montrer comment l’écriture de cette écrivaine postcoloniale a contribué à renouveler la représentation des femmes arabes.La première partie fait d’abord le point sur la constitution de stéréotypes popularisés par les représentations orientalistes qui réduisaient les femmes orientales au statut d’objet esthétique et fantasmatique puis sur les apports des théories (théorie postcoloniale ; courants féministes) qui ont permis la déconstruction de l’approche orientaliste et de son idéologie sous-jacente. La deuxième partie montre comment l’écriture d’Assia Djebar s’inscrit dans cette perspective féministe postcoloniale. Ses récits donnent à de nombreux personnages de femmes algériennes des sensibilités, des modalités expressives, des rôles historiques et sociaux qui en font des sujets pleins et complexes. La troisième partie se concentre sur l’autoportrait de l’écrivaine qui s’affirme en tant que femme d’origine arabo-berbère assumant une hybridité culturelle et identitaire qui se traduit par les innovations génériques, poétiques et linguistiques de ses récits.This thesis focuses on the work of Assis Djebar, one of the greatest representatives of Francophone Maghreb literature. It draws on numerous works on this literature already published by modifying their approach and adding a personal perspective to show how this postcolonial writer renews the representation of Arab women.The first part of this study shows how the popular stereotypes invented by Orientalists reduced women to fantasmatic and aesthetic objects but the contribution of certain theories (postcolonial and feminist) have allowed the deconstruction of this Orientalism and its underlying ideology. The second part shows how Assia Djebar’s writing fits into the postcolonial feminist perspective. The author attributes many Algerian women characters with sensibilities, expressive modes, social and historical roles that make them fully-rounded and complex people. The third part focuses on the self-portrait of the author as a woman of Arab-Berber origin who recognises herself as a cultural and identity hybrid, reflected in the generic, poetic and linguistic innovations of her work

    Three-dimensional CFD modeling of transport phenomena in multi-channel anode-supported planar SOFCs

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    In this study, a three-dimensional computational fluid dynamics (CFD) model is developed and applied for anode-supported planar SOFC involving multi-channels. The developed model is first validated in agreement with the experimental data obtained at same conditions. Three different flow arrangements (co-, counter- and cross-flow) are simulated and compared in terms of cell overall performance and various transport phenomena occurred inside the SOFC single cell functional components. Local distribution of temperature, mass flow rate, current density, gas concentrations of reactants and products in both fuel and air sides under different flow arrangements is predicted and presented. It is found that the co-flow and counter-flow arrangements have a better performance than that of the cross-flow arrangement at the same operating conditions. It is also found that the temperature for the three flow arrangements is unevenly distributed and the significant temperature gradients exist along the length of the cell. The mass flow rate of fuel at the inlet of each channel is uniform, however its difference between the side channel and the channel at the center is increasing along the fuel flow direction, which reaches a maximum value at the outlet region. It is also predicted that the maximum current density is located at the interfaces between the channels, ribs and the electrodes resulting in a large over-potential and a heat source in the electrodes, which is harmful to the cell overall performance and working life time. (C) 2015 Elsevier Ltd. All rights reserved

    Technology innovations and carbon neutrality in technologically advanced economies: imperative agenda for COP26

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    This article aims to fill the literature gap while examining the role of green innovation, climate change adaptation technologies, technological diffusion, and environmentally related tax revenues in dealing with carbon neutrality among seven technologically advanced economies (T.A.E.-7) from 1990 to 2018. We employ advanced panel estimators to address slope heterogeneity and cross-sectional dependency issues. The long-run results show that green technological innovations and technological diffusions have significantly and negatively impacted carbon emissions in sample countries. Meanwhile, the role of environmental policy is also significant in addressing environmental vulnerabilities. These findings suggest that climate tech is imperative to ensure carbon neutrality in the long run; however, their marginal effects vary in magnitude, particularly concerning diffusion and adaptation. Similar results are endorsed using alternative estimators addressing endogeneity issues and recommending climate tech’s inclusive framework to support the green growth agenda

    Matching, unanticipated experiences, divorce, flirting, rematching, etc

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    We study dynamic decentralized two-sided matching where players' preferences evolve due to unanticipated experiences. Stability requires no pairwise common belief in blocking, but unanticipated experiences can destabilize matchings. We show the existence of self-confirming outcomes that are stable and do not lead to unanticipated experiences. We propose a decentralized matching process that prioritizes mutual optimal blocking pairs with probability 1 - &#x03b5; and picks any other optimal blocking pair with &#x03b5;, representing market friction. Frictions are necessary for convergence to self-confirming stable outcomes even without unawareness. We extend our results by allowing communication and show convergence to flirt-proof self-confirming outcomes
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