489 research outputs found
O — Emmanuelle — Catherine M. Kobiecy trójgłos o seksie
No full textO — Emmanuelle — Catherine M. Three female voices on sex In the article the author analyses three literary texts — French erotic novels translated into Polish, which were written by women. They encompass: Pauline Reage’s Histoire d’O, Emmanuelle Arsan’s Emmanuelle, and the autobiography of Catherine Millet Sex Life of Catherine M. These novels represent three styles of talking about sex; namely, silence — d’O erotic metaphor, picturesequeness — Emmanuelle and talking directly — Catherine M. The authors named the sexual act and the parts of body connected with it drawing abundantly from the general repertoire of sexualisms and choosing consistently according to their life philosophy. Thus, they created their personal way of talking about sex. In the analysed instances sexual idiolect as “a code of an individual speaker” reveals the philosophy of life of the conspicuous, female characters.O — Emmanuelle — Catherine M. Three female voices on sex In the article the author analyses three literary texts — French erotic novels translated into Polish, which were written by women. They encompass: Pauline Reage’s Histoire d’O, Emmanuelle Arsan’s Emmanuelle, and the autobiography of Catherine Millet Sex Life of Catherine M. These novels represent three styles of talking about sex; namely, silence — d’O erotic metaphor, picturesequeness — Emmanuelle and talking directly — Catherine M. The authors named the sexual act and the parts of body connected with it drawing abundantly from the general repertoire of sexualisms and choosing consistently according to their life philosophy. Thus, they created their personal way of talking about sex. In the analysed instances sexual idiolect as “a code of an individual speaker” reveals the philosophy of life of the conspicuous, female characters
Author correction: Cross-ancestry genome-wide association analysis of corneal thickness strengthens link between complex and Mendelian eye diseases
No full textEmmanuelle Souzeau, who contributed to analysis of data, was inadvertently omitted from the author list in the originally published version of this Article. This has now been corrected in both the PDF and HTML versions of the Article
Propagation électromagnétique en milieu complexe: du champ proche au champ lointain
No full textWith the expansion of wireless communications the need for electromagnetic (EM) propagation models is increasing. Antenna's environments are more and more complex and require to distinguish the near field zone and the far field zone.Concerning the far field zone, high frequencies asymptotic methods based on ray tracing are the most widely used. The uniform theory of diffraction (UTD) has been used to develop ICARE-EM, an EM version of an acoustic software developed by CSTB.Regarding the near field zone, numerical or experimental methods are the most efficient. The method of moment (MoM) has been applied for resolving EM propagation's problem. We have also used near field technics developed by Supélec.To obtain a tool for global prediction, we introduce an integral formulation for EM field. This formulation enables to combine asymptotic methods and numerical or experimental methods. By using aspecific boundary condition we obtain a compact form. Dyadic Green's function associated with the outside of the coupling surface is computed by ICARE-EM. Primary source and its near environment arecharacterized by near field measurements or MoM computation.This coupling approach has been validated in the canonical case of diffraction by a metallic sphere and in the main case of two metallic plates illuminated by an electric dipole or a base station antenna. Different configurations have been characterized bymeasurements in Supélec's anechoïc room.Le contexte d'intensification du déploiement de tout type de réseau de communication sans fil motive la mise au point d'outils de prédiction électromagnétique de plus en plus précis.Par ailleurs, la complexité environnementale grandissante des antennes nous amène à dissocier les zones de champ proche et lointain.D'un côté, dans la zone de champ lointain, les méthodes asymptotiques hautes fréquences basées sur le concept de rayon sont privilégiées. Nous avons utilisé la théorie uniforme de la diffraction (TUD) pour mettre au point ICARE-EM, version électomagnétique d'un logiciel préalablement développé pour l'acoustique au CSTB.De l'autre côté, dans la zone de champ proche, ce sont les méthodes rigoureuses ou expérimentales qui sont les plus pertinentes. Nous avons appliqué la méthode des moments (MoM) au problème de lapropagation électromagnétique. Mais nous avons également utilisé les techniques de champ proche développées à Supélec. Nous avons appliqué cesméthodes au système de coordonnées cylindriques.Puis, afin de disposer d'un outil global de prédiction, nous proposons une formulation intégrale du champ électromagnétique.Cette formulation permet de faire le lien sur une surface de couplage entre les méthodes asymptotiques utilisées dans la zone de champ lointain et les méthodes rigoureuses ou expérimentales adaptées à la zone de champ proche. Une condition aux limites spécifique permet d'obtenir une forme compacte de cette représentation intégrale. La fonction de Green dyadique associée àl'extérieur de la surface de couplage est estimée par ICARE-EM. La source et son environnement proche sont quand à eux caractérisés par une mesure en champ proche ou un calcul numérique exact par la MoM.La validité de cette méthode de couplage a été montrée dans le cas canonique de la diffraction par une sphère métallique et dans le cas plus général de deux plaques métalliques éclairées par un dipôleélectrique ou par une antenne de station de base. Des mesures dans la chambre anéchoïque de Supélec ont permis de caractériser expérimentalement les différentes configurations
Propagation électromagnétique en milieu complexe: du champ proche au champ lointain
No full textWith the expansion of wireless communications the need for electromagnetic (EM) propagation models is increasing. Antenna's environments are more and more complex and require to distinguish the near field zone and the far field zone.Concerning the far field zone, high frequencies asymptotic methods based on ray tracing are the most widely used. The uniform theory of diffraction (UTD) has been used to develop ICARE-EM, an EM version of an acoustic software developed by CSTB.Regarding the near field zone, numerical or experimental methods are the most efficient. The method of moment (MoM) has been applied for resolving EM propagation's problem. We have also used near field technics developed by Supélec.To obtain a tool for global prediction, we introduce an integral formulation for EM field. This formulation enables to combine asymptotic methods and numerical or experimental methods. By using aspecific boundary condition we obtain a compact form. Dyadic Green's function associated with the outside of the coupling surface is computed by ICARE-EM. Primary source and its near environment arecharacterized by near field measurements or MoM computation.This coupling approach has been validated in the canonical case of diffraction by a metallic sphere and in the main case of two metallic plates illuminated by an electric dipole or a base station antenna. Different configurations have been characterized bymeasurements in Supélec's anechoïc room.Le contexte d'intensification du déploiement de tout type de réseau de communication sans fil motive la mise au point d'outils de prédiction électromagnétique de plus en plus précis.Par ailleurs, la complexité environnementale grandissante des antennes nous amène à dissocier les zones de champ proche et lointain.D'un côté, dans la zone de champ lointain, les méthodes asymptotiques hautes fréquences basées sur le concept de rayon sont privilégiées. Nous avons utilisé la théorie uniforme de la diffraction (TUD) pour mettre au point ICARE-EM, version électomagnétique d'un logiciel préalablement développé pour l'acoustique au CSTB.De l'autre côté, dans la zone de champ proche, ce sont les méthodes rigoureuses ou expérimentales qui sont les plus pertinentes. Nous avons appliqué la méthode des moments (MoM) au problème de lapropagation électromagnétique. Mais nous avons également utilisé les techniques de champ proche développées à Supélec. Nous avons appliqué cesméthodes au système de coordonnées cylindriques.Puis, afin de disposer d'un outil global de prédiction, nous proposons une formulation intégrale du champ électromagnétique.Cette formulation permet de faire le lien sur une surface de couplage entre les méthodes asymptotiques utilisées dans la zone de champ lointain et les méthodes rigoureuses ou expérimentales adaptées à la zone de champ proche. Une condition aux limites spécifique permet d'obtenir une forme compacte de cette représentation intégrale. La fonction de Green dyadique associée àl'extérieur de la surface de couplage est estimée par ICARE-EM. La source et son environnement proche sont quand à eux caractérisés par une mesure en champ proche ou un calcul numérique exact par la MoM.La validité de cette méthode de couplage a été montrée dans le cas canonique de la diffraction par une sphère métallique et dans le cas plus général de deux plaques métalliques éclairées par un dipôleélectrique ou par une antenne de station de base. Des mesures dans la chambre anéchoïque de Supélec ont permis de caractériser expérimentalement les différentes configurations
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Author Correction: Cross-ancestry genome-wide association analysis of corneal thickness strengthens link between complex and Mendelian eye diseases.
No full textEmmanuelle Souzeau, who contributed to analysis of data, was inadvertently omitted from the author list in the originally published version of this Article. This has now been corrected in both the PDF and HTML versions of the Article
Author Correction:Cross-ancestry genome-wide association analysis of corneal thickness strengthens link between complex and Mendelian eye diseases
No full textEmmanuelle Souzeau, who contributed to analysis of data, was inadvertently omitted from the author list in the originally published version of this Article. This has now been corrected in both the PDF and HTML versions of the Article.</p
Author Correction: Cross-ancestry genome-wide association analysis of corneal thickness strengthens link between complex and Mendelian eye diseases
No full textEmmanuelle Souzeau, who contributed to analysis of data, was inadvertently omitted from the author list in the originally published version of this Article. This has now been corrected in both the PDF and HTML versions of the Article
Front Matter, Table of Contents, Preface, Committees, List of Authors
No full textFront Matter, Table of Contents, Preface, Committees, List of Author
Heterogeneous firms and trade costs: a reading of French access to European agro-food market
No full textThis article offers a new reading of intra-European trade based on recent developments in new international economics (Melitz, 2003; Chaney, 2008). These models take the heterogeneity of firms into account and offer a micro-economic analysis of the process of selection at work for firms entering markets. An exporting firm has to bear certain specific costs to break into a market, and only sufficiently productive firms are able to do so. Using individual data for French agro-food firms and the distribution of their exports across European markets, this article shows that access conditions to the various European markets are not identical for French firms: the Belgian market would seem to be a natural extension of the French market, whereas the markets of small, distant countries (Austria, Finland or Sweden) are the least accessible. Econometric analysis based on analysis both of the firm selection process and of the value of their exports shows that the standard geographical variables (distance, country size) affecting the single European market still play a major role in the choice of export markets. Results also reveal that there are still remaining trade costs at entry to the different European markets; but these trade frictions don’t matter to all firms in the same way. The higher the firm experience, the lower the impact of trade costs.firm heterogeneity, trade costs, European Integration., International Relations/Trade,
Supplementary material for Impact of past steel-making activities on lanthanides and Y (REY) fractionation and potential mobility in riverbank sediments
No full textDatabase related to the results that are presented in the manuscript Hissler et al. that will be submitted as research paper in the journal Frontiers in Earth Science on the research topic: "Further Rare Earth Elements Environmental Dissemination: Observation, Analysis and Impacts".
Title of the submission: Impact of past steel-making activities on lanthanides and Y (REY) fractionation and potential mobility in riverbank sediments.
Authorship:
Christophe Hissler1*, Emmanuelle Montarges-Pelletier2,3, Hussein J. Kanbar 2,3, Mathieu Le Meur2,3,4, Christophe Gauthier2,3
1CAT/ENVISION/ERIN Research Group, Luxembourg Institute of Science and Technology, L-4422 Belvaux, Luxembourg
2Université de Lorraine, CNRS, LIEC, F-54000 Nancy, France
3LTSER FRANCE Zone atelier Moselle
4SUBATECH UMR 6457/IMT Atlantique, CNRS, F-44307 Nantes, France
*Corresponding author: [email protected]
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