The Private Administrative Law of Technical Standardization

The nature and place of technical standards has remained an enigma for EU law and legal thought, despite their ubiquitous part and growing importance in market-building processes within and beyond Europe. The significance and intractability of this enigma has been heightened by the landmark Fra.bo (2012) and James Elliot (2016) judgments of the ECJ. These judgments have prompted contradictory positions regarding the publicity and justiciability of technical standards among European legal scholarship and even between the European Commission and the European Parliament. The enigma and these contradictory positions have recently reached the ECJ again through the Stichting Rookpreventie case currently under review by its Grand Chamber. Drawing upon a reconstructive analysis of these and other relevant legal sources concerning technical standardization in Europe, this paper surmounts these seeming contradictions by advancing a new account of these legal developments. Contrary to the mainstream positions nowadays in tension, the article argues that these judgments have reaffirmed the New Approach and the distinctive place of technical standardization organizations in the European legal order while avoiding dysfunctional modes of judicialization. It has done so by acknowledging the techno-political character of technical standards and aptly delineating institutional competences between the government and the judiciary throughout technical standardization processes. To guide future legal thinking and reasoning on these processes, the paper recasts these legal developments through the idea of a ‘private administrative law’ as signifying the way that EU Law has transformed the nature and place of technical standardization in the internal market and as an eventual means for the global reach of EU law

Magnetization Process of High Anisotropy Copt Nanosized Dots

The magnetization reversal process of the CoPt dot was investigated in this paper. It was observed that the magnetization reversal of the dot was initiated by the rotation process of a nucleus with the volume of (17 nm)/sup 3/

MARQulS: quality improvement strategies for European cross-border healthcare

This supplement is focused on the methods, results and recommendations from the research project ''Methods of Assessing Response to Quality Improvement Strategies'' (MARQuIS). MARQuIS was funded by the Scientific Support to Policies component of the European Union Sixth Framework Research Programme (Contract SP21-CT2004-513712), and it lasted from January 2004 to June 2008

Lava flow morphology at an erupting andesitic stratovolcano: a satellite perspective on El Reventador, Ecuador

Lava flows pose a significant hazard to infrastructure and property located close to volcanoes, and understanding how flows advance is necessary to manage volcanic hazard during eruptions. Compared to low-silica basaltic flows, flows of andesite composition are infrequently erupted and so relatively few studies of their characteristics and behaviour exist. We use El Reventador, Ecuador as a target to investigate andesitic lava flow properties during a 4.5 year period of extrusive eruption between February 2012 and August 2016. We use satellite radar to map the dimensions of 43 lava flows and look at variations in their emplacement behaviour over time. We find that flows descend the north and south flanks of El Reventador, and were mostly emplaced during durations shorter than the satellite repeat interval of 24 days.Flows ranged in length from 0.3 to 1.7 km, and the length of these flows decreased over the observation period. We measure a decrease in flow volume with time that is correlated with a long-term exponential decrease in eruption rate, and propose that this behaviour is caused by temporary magma storage in the conduit acting as a melt capacitor between the magma reservoir and the surface. We use the dimensions of the flow levees and widths to estimate the flow yield strengths, which were of the order of 10-100 kPa. We observe that some flows were diverted by topographic obstacles, and compare measurements of decreased channel width and increased flow thickness at the obstacles with observations from laboratory experiments. Radar observations, such as those presented here, could be used to map and measure properties of evolving lava flow fields at other remote or difficult to monitor volcanoes

Genomics of invasion: Diversity and selection in introduced populations of monkeyflowers (Mimulus guttatus)

Global trade and travel is irreversibly changing the distribution of species around the world. Because introduced species experience drastic demographic events during colonization and often face novel environmental challenges from their native range, introduced populations may undergo rapid evolutionary change. Genomic studies provide the opportunity to investigate the extent to which demographic, historical and selective processes shape the genomic structure of introduced populations by analysing the signature that these processes leave on genomic variation. Here, we use next-generation sequencing to compare genome-wide relationships and patterns of diversity in native and introduced populations of the yellow monkeyflower (Mimulus guttatus). Genome resequencing data from 10 introduced populations from the United Kingdom (UK) and 12 native M.guttatus populations in North America (NA) demonstrated reduced neutral genetic diversity in the introduced range and showed that UK populations are derived from a geographic region around the North Pacific. A selective-sweep analysis revealed site frequency changes consistent with selection on five of 14 chromosomes, with genes in these regions showing reduced silent site diversity. While the target of selection is unknown, genes associated with flowering time and biotic and abiotic stresses were located within the swept regions. The future identification of the specific source of origin of introduced UK populations will help determining whether the observed selective sweeps can be traced to unsampled native populations or occurred since dispersal across the Atlantic. Our study demonstrates the general potential of genome-wide analyses to uncover a range of evolutionary processes affecting invasive populations

Contribución al conocimiento de la anapaita de la Cerdanya

Se estudian mineralógicamente los fosfatos miocénicos de Bellver de la Cerdanya (Lérida). Para ello, se emplean las técnicas siguientes: difracción de rayos X, espectroscopia de emisión y absorción de infrarrojos.Mediante el estudio roentgenológico determinamos que la especie mineral en estudio es la Anapaita (FeCa2(P04)2.4H2O). La espectroscopia de emisión confirma, por una parte, la existencia de los elementos constituyentes de la fórmula química: P, Ca y Fe con líneas bien marcadas y, por otra parte, la presencia de Mn, Al, Si, Mg, Na y Cu como contaminantes.Finalmente, el estudio del espectro de absorción de rayos infrarrojos detecta el grupo fosfato, básico, y la presencia de agua de absorción

Algunas soluciones aproximadas para diseños split-plot con matrices de covarianza arbitrarias

El presente trabajo revisa con cierto detalle diversos tipos de análisis para diseños split-plot que carecen del mismo número de unidades experimentales dentro de cada grupo y en los que se incumple el supuesto de esfericidad multimuestral. Específicamente, adoptando el enfoque multivariado de aproximar los grados de libertad desarrollado por Johansen (1980) y el procedimiento de aproximación general mejorada corregida basado en Huynh (1980) se muestra cómo obtener análisis robustos y poderosos a la hora de probar los efectos principales y la interacción, así como hipótesis de comparaciones múltiples relacionadas con estos efectos, tanto si se cuenta con una simple variable dependiente asociada con cada una de las medidas repetidas como si se cuenta con más de una

Contribución al conocimiento de la anapaita de la Cerdanya

Se estudian mineralógicamente los fosfatos miocénicos de Bellver de la Cerdanya (Lérida). Para ello, se emplean las técnicas siguientes: difracción de rayos X, espectroscopia de emisión y absorción de infrarrojos.Mediante el estudio roentgenológico determinamos que la especie mineral en estudio es la Anapaita (FeCa2(P04)2.4H2O). La espectroscopia de emisión confirma, por una parte, la existencia de los elementos constituyentes de la fórmula química: P, Ca y Fe con líneas bien marcadas y, por otra parte, la presencia de Mn, Al, Si, Mg, Na y Cu como contaminantes.Finalmente, el estudio del espectro de absorción de rayos infrarrojos detecta el grupo fosfato, básico, y la presencia de agua de absorción