BURJC-Digital es el nombre del Repositorio Institucional de la Universidad Rey Juan Carlos. Tiene como objetivo archivar y preservar la producción científica resultante de la actividad académica e investigadora de la comunidad universitaria, con el fin de difundirla en acceso abierto.
Estadísticas
26,272
Items totales
19,306
Items en acceso abierto
2,450,135
Visitas totales
1,609,104
Descargas totales
Envíos recientes
Ballet
(Consejo Superior de Investigaciones Científicas, 2014) Abad Carlés, Ana
Ensayo sobre el término ballet, desde un punto de vista histórico.
Reacciones antifeministas y publicidad
(2020-12-01) Ávila Bravo-Villasante, María
El objetivo del artículo es llevar a cabo un análisis bibliográfico sobre la importancia de la publicidad en la legitimación de los tradicionales roles y estereotipos de género durante las reacciones antifeministas. Desde el ámbito de la antropología Margaret Mead demuestra el papel de la cultura y la educación en la adquisición de roles por parte de hombres y mujeres. Kate Millett, al diseccionar los procesos por los que se perpetúa el patriarcado,
llegó a la conclusión de que opera una suerte de «colonización interior». La publicidad jugaría un papel fundamental en este entramado, mostrándose como una herramienta de difusión y legitimación de normas sociales, roles y estereotipos de género. Gracias a estas virtualidades, resulta interesante analizar la función que juega la publicidad en las reacciones antifeministas. Nos centraremos en dos momentos en los que se hace evidente este vínculo: la reacción tecnificada de los años cincuenta y la que opera en los años ochenta del pasado siglo.
Nijinska and her work at the Ballet del Teatro Colón
(Dancing Times, 2008-10) Abad Carlés, Ana; Honorio Destaville, Enrique
In this article, Enrique Honorio Destaville gives an account of Bronislava NIjinska's career in Argentina. I translated and edited the article for its publication in The Dancing Times.
La conservación de los clásicos: un reto a afrontar
(Los libros de danza, S.L., 2000) Abad Carlés, Ana
Comunicación sobre la conservación de los ballets llamados clásicos en el repertorio internacional.
UVC inactivation of MS2-phage in drinking water – Modelling and field testing
(Elsevier, 2021-08-05) Baldasso , V.; Lubarsky, H.; Pichel, N.; Turolla, A.; Antonelli, M.; Hincapie, M.; Botero, L.; Reygadas, F.; Galdos-Balzategui, A.; Byrne, J.A.; Fernandez-Ibañez, P.
UVC disinfection has been recognised by the WHO as an effective disinfection treatment to provide decentralized potable water. Under real conditions there are still unknowns that limit this application including the influence of suspended solids and natural organic matter. This work aims to investigate the influence of two key parameters, suspended solids and natural organic matter, on the efficiency of UVC disinfection of surface water to achieve the drinking water quality requirements established by the WHO for point of use (POU) technologies. Kaolinite (turbidity agent) and humic acids (HA, model of organic matter) were used in a factorial design of experiments (Turbidity from 0 to 5 NTU, and HA from 0 to 3.5 mg/L) to investigate their effect on UVC inactivation of MS2 phage in surface water. A collimated beam (12 W) and a commercial UVC disinfection flow system (16 W) designed to provide drinking water at households were used. The UVC flow system both in the laboratory and in the field was able to achieve the reduction requirements established by WHO (LRV >3.5 for all tested conditions), confirming the good performance of the studied UVC disinfection system. The results found in the lab were used to establish a numerical model that predicts the disinfection rate constant as a function of water turbidity and transmittance at 254 nm (confidence level>95%). The model permitted to elucidate the critical effect of low concentrations of HA in reducing the inactivation rate by 40% for 3.5 mg/L-HA compared with 0, the non-significant detrimental effect of turbidity lower than 5 NTU, and the lack of synergistic effects between both parameters at these levels. The UVC flow system was also tested in the field, in Tzabalho, Chiapas (Mexico), and Antioquia (Colombia), with spiked MS2 into natural surface water. This investigation opens a potential application to monitor the performance of UVC systems with surface water by monitoring transmittance at 254 nm as a tool to control UVC domestic systems to deliver safe drinking water in a household without the need of expensive and laborious biological monitoring tools.