Gallery — Academic Journal

Modelo de Artigo Acadêmico em conformidade com ABNT NBR 6022:2003: Informação e documentação - Artigo em publicação periódica científica impressa Revista Tecnologia e Arquitetura da Informação Centro de Pesquisa e Arquitetura da Informação (CPAI)

from Taylor and Francis modified by Joe Foley to work

This is the template for LaTeX submissions to Publications of the Journal of Glaciology (JOG). You can use it to write and collaborate online in LaTeX. Once your article is complete, you can submit directly to JOG using the ‘Submit to journal’ option in the Overleaf editor. For more information on how to write in LaTeX using Overleaf, see this video tutorial, or contact the the journal for more information on submissions.

This is the template for LaTeX submissions to Annals of Glaciology (AOG). You can use it to write and collaborate online in LaTeX. Once your article is complete, you can submit directly to AOG using the ‘Submit to journal’ option in the Overleaf editor. For more information on how to write in LaTeX using Overleaf, see this video tutorial, or contact the the journal for more information on submissions.

LaTeX template retrieved from: Consistency comparison in tting surrogate model in the tidal power example (This template may be out of date as the original link is not working now; please check with the JASA editorial office to see if a newer version is available.)

This is a guide for authors who are preparing papers for International Journal of Computer Applications using the LaTeX document preparation system and the ijcaArticle class file.

En esta práctica utilizamos un láser con el cual medimos los diferentes ángulos resultantes que este hacía cuando era reflejado o refractado con diferentes ángulos de incidencia, con la finalidad de comprobar las leyes de reflexión y refracción de la luz.

Simply importing the template for JFR from their website as a September 19, 2015. All rights to this template should be referred to JFR directly at http://www.journalfieldrobotics.org/

The contributions from conduction, convection, and radiation for an end-heated aluminum rod were quantified with experimental considerations in mind. Multiple experiments were carried out to ascertain various physical properties of the system and the aluminum rod. By applying heat-flow theory, simulations, and data-fitting techniques, the specific heat capacity, conductivity, emissivity, convective heat transfer coefficient of the system, and thermal contact resistance between the power source and aluminum rod were determined.