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Ver todas as revistasCiências da Terra
jSEDI
[Journal of Studies of the Earth’s Deep Interior]
jSEDI
Journal of Studies of the Earth’s Deep Interior
Fundada em 2025, journal of Studies of the Earth’s Deep Interior é uma revista multidisciplinar dedicada à publicação de investigação original em língua inglesa no domínio das geociências e, mais especificamente, da Terra profunda. Editada pelas ENS Éditions, a revista é publicada anualmente, sendo os artigos publicados à medida que são recebidos.
- Diretor de publicação: Emmanuel Trizac
- Redatores responsáveis: John Hernlund e Stéphane Labrosse
- Tipo de suporte: digital
- Periodicidade: anual
- Ano de criação: 2025
- Data de disponibilização online na Episciences: 2025
- Disciplinas: Ciências da Terra
- Idioma da publicação: inglês
- Processo de avaliação: estudo cego o avaliação aberta
- Licença CC BY 4.0
- Editor: ENS Éditions
- Endereço postal: 15 parvis René Descartes, BP 7000, 69342 Lyon cedex 07
- País: França
- Contacto: jsedi AT episciences.org
Últimos artigos
Física
OPS
[Open Plasma Science]
OPS
Open Plasma Science
Criada em 2023, a Open Plasma Science é uma revista com revisão por pares apoiada pela Université de Lorraine. Publica artigos em inglês que abrangem a ciência dos plasmas no sentido mais lato, desde os plasmas de fusão aos plasmas de descarga de alta e baixa pressão, desde as interacções plasma-superfície ou plasma-líquido à turbulência nos plasmas, desde a propulsão aos processos de fabrico que utilizam plasmas.
- Diretora de publicação: Hélène Boulanger
- Redator responsável: Jérôme Moritz
- Tipo de suporte: digital
- Periodicidade: gradual
- Ano de criação: 2023
- eISSN: 3076-1468
- Data de disponibilização online na Episciences: 2023
- Disciplinas: física dos plasmas
- Idiomas da publicação: inglês
- Processo de avaliação: estudo cego
- Licença CC BY 4.0
- Editor: Université de Lorraine
- Endereço postal: Institut Jean Lamour, Campus Artem, 2 allée André Guinier, BP 50840, 54011 Nancy Cedex
- País: França
- Contacto: ops AT episciences.org
Últimos artigos
Update of the integrated flight simulator for ASDEX Upgrade
We present the latest updates of the flight simulator of ASDEX Upgrade (AUG), 'Fenix AUG'. Fenix AUG contains simplified models for both the plasma physics and the device operation. The updated version is split into three independent repositories and has been integrated into Docker containers for better management and deployment. The device models can now directly import their configuration from the AUG control system. Although the physics models can be fine tuned to each case, the default settings have been set up to run a large variety of experiments without the need of case-to-case adaptation. Together, the enhancements make Fenix AUG a versatile tool that can be applied to a wide range of applications 'out-of-the-box', such as: to compare simple physics models to the experiment, to assess new controllers within the framework of the existing ones, or, to verify that a planned discharge will follow expected trajectories and will not run into machine or safety limits. An example of each application is showcased to highlight some strengths and limitations of the simulator.
Pierre David
April 08, 2025
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FEQIS: A free-boundary equilibrium solver for integrated modeling of tokamak plasmas
A new axisymmetric equilibrium solver has been written, called FEQIS (Flexible EQuIlibrium Solver), which purpose is to be used inside integrated modeling of tokamak plasmas. The FEQIS code solves the Grad-Shafranov equation and the "circuit" equations for the external coils and passive conducting structures that are toroidally connected. The code has been specifically equipped with flexibility in choice of circuit connections, and a stripped-down numerical scheme for the solution of the Grad-Shafranov equation through a structure of multi-level simplifications which can be tested against the required accuracy.
E. Fable
February 24, 2025
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Ciências humanas e sociais
Transformations
[A DARIAH Journal]
Transformations
A DARIAH Journal
Transformations: A DARIAH Journal é uma revista multilingue criada em 2024 pela infraestrutura de investigação europeia DARIAH ERIC. Publica regularmente números temáticos nos domínios das humanidades digitais, das ciências humanas e sociais e das artes. A revista está particularmente interessada na utilização de ferramentas, métodos e recursos digitais numa abordagem reprodutível. Aceita contribuições científicas sobre corpora de dados, fluxos de trabalho e análise de software.
- Diretora de publicação: Agiatis Benardou
- Redator-chefe: Toma Tasovac
- Redactores-gerais: Anne Baillot, Françoise Gouzi
- Tipo de suporte: digital
- Periodicidade: anual
- Ano de criação: 2024
- Data de disponibilização online na Episciences: 2024
- Disciplinas: humanidades digitais, ciências sociais e humanas, artes
- Idiomas da publicação: alemão, inglês, francês
- Processo de avaliação: avaliação aberta
- Licença CC BY 4.0
- Editor: DARIAH ERIC
- Endereço postal: 54 boulevard Raspail, 75006 Paris
- País: França
- Contacto: transformations AT episciences.org
Últimos artigos
Fluffy Publication Workflow: Preserving Humanities Research Data with the TextGrid Repository
This paper introduces a revised publication workflow for textual research data in the TextGrid Repository. This repository supports the accessibility and reusability of research outputs in the humanities. The new workflow simplifies the publication process by integrating familiar tools such as TEI, XPath, Git, and Jupyter Notebooks. This reduces the technical burden for users, while still ensuring metadata quality controls. For these reasons, we refer to the new workflow as fluffy, emphasising its ease of use.The workflow also allows for metadata enrichment without altering original data files, improving overall data and metadata quality and aligning with FAIR principles (Findable, Accessible, Interoperable, Reusable). By showcasing completed research projects, we demonstrate how the workflow enhances the discoverability and citation of published outputs. The paper concludes by outlining future steps to integrate the workflow with additional services, aiming for a more user-friendly experience and higher metadata quality. In diesem Beitrag wird ein überarbeiteter Publikationsablauf für textuelle Forschungsdaten im TextGrid Repository vorgestellt. Dieses Repository unterstützt die Zugänglichkeit und Wiederverwendbarkeit von Forschungsergebnissen in den Geisteswissenschaften. Der neue Workflow vereinfacht den Publikationsprozess durch die Integration bekannter Werkzeuge wie TEI, XPath, Git und Jupyter Notebooks. Dadurch wird der technische Aufwand für die Nutzer verringert, während gleichzeitig die Qualitätskontrolle der Metadaten gewährleistet ist. Aus diesen Gründen bezeichnen wir den neuen Workflow als fluffig und betonen damit seine Benutzerfreundlichkeit.Der Arbeitsablauf ermöglicht auch die Anreicherung von Metadaten, ohne dass die ursprünglichen Datendateien verändert werden müssen. Dadurch wird die Qualität der Daten und Metadaten insgesamt verbessert und den FAIR- Prinzipien (Findable, Accessible, Interoperable, Reusable) entsprochen. Anhand von abgeschlossenen Forschungsprojekten wird gezeigt, wie der Arbeitsablauf die Auffindbarkeit und Zitierbarkeit veröffentlichter Ergebnisse verbessert. Abschließend werden künftige Schritte zur Integration des Workflows mit zusätzlichen Diensten skizziert, um die Benutzerfreundlichkeit zu erhöhen und die Qualität der Metadaten zu verbessern.
Stefan Buddenbohm
August 28, 2025
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The Music Encoding Initiative: Its Generation Workflows
This article explores the Music Encoding Initiative (MEI) by examining the workflows that support its generation and manipulation within musicological research. Since its creation to fill the absence of a standard for encoding musical works, MEI has evolved into a powerful, flexible XML framework capable of representing not only Western common music notation but also specialised systems such as mensural, neumatic, and tablature notations.This study underscores how the choice of workflow is never neutral: it profoundly shapes the quality, sustainability, and interoperability of encoded data. It analyzes three principal modes of generating MEI files—via web applications like Verovio and MEI Garage, through integrated software solutions such as MuseScore and Sibelius (enhanced by plugins), and using programmatic approaches that rely on command-line tools or programming libraries. Each method presents distinct advantages and limitations, depending on the user's technical expertise, the complexity of the repertoire, and the scale of the project.Beyond generation, the article also addresses tools for enriching and editing MEI files, from metadata completion with MerMEId to more advanced, interactive environments like Mei-Friend, which combine score visualization with direct XML editing. Special attention is given to the encoding of early music, highlighting initiatives that adapt MEI to the complexities of historical notations.Ultimately, the article emphasises that adopting MEI is not simply a technical choice but one that entails significant human and scholarly considerations. It calls for broader training and the thoughtful integration of automated workflows to ensure that digital music editions are both robust and aligned with open science principles.
Kévin Roger
August 26, 2025
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