The Intellectual Property Implications of the Development of Industrial 3D Printing

This commissioned project/report for the European Commission explores the IP Implications of the Development of Industrial 3D Printing from a European perspective. The report aims to enhance the European business sector and foster innovation. Through a legal and empirical analysis, involving qualitative data drawn from interviews with 41 industry stakeholders, the findings from the project demonstrates the areas which needed to be addressed – and resolved. Being the first large-scale empirical project of its kind, the report delves into the heart of EU IP regulation and makes policy recommendations for all aspects of IP whilst also providing recommendations for industry. The report was authored by a team of national and international researchers including a team of academics and practitioners and consisted of Lead Author, Dinusha Mendis together with partners from UK (Julie Robson, Phill Dickinson), Austria (Maria del Carmen Calatrava-Moreno and Alfred Radeur); Finland (Rosa Ballardini); and Germany (Jan Nordemann and Hans Brorsen)

A studying of solar-ENSO correlation with southern Brazil tree-ring index (1955?1994)

International audienceSolar activity, volcanic aerosol, El Niño-Southern Oscillation and global temperature anomalies effects on Southern Brazil tree growth rings are presented through multiple linear analysis. Linear correlations were made on annual, 10 year running averages and band pass filter. For annual averages, the correlation coefficients were low, and the 10 years running average correlations the coefficient correlations were much higher. The multiple regression of 2 to 5 year band pass filter indicates that 60% of the variance in tree ring index was explained by volcanic eruptions, Southern Oscillation Index and temperature anomalies. The multiple regression of 10 year running averages indicates that 84% of the variance in tree ring index was explained by solar activity and another time series. These results indicate that the effects of solar activity, volcanic eruptions, ENSO and temperature anomalies on tree rings are better seen on long timescales than volcanic eruption, ENSO and temperature anomaly

Distribution of the daily Sunspot Number variation for the last 14 solar cycles

The difference between consecutive daily Sunspot Numbers was analysed. Its distribution was approximated on a large time scale with an exponential law. In order to verify this approximation a Maximum Entropy distribution was generated by a modified version of the Simulated Annealing algorithm. The exponential approximation holds for the generated distribution too. The exponential law is characteristic for time scales covering whole cycles and it is mostly a characteristic of the Sunspot Number fluctuations and not of its average variation.Comment: Accepted for publication in Solar Physic

Variability of rainfall and temperature (1912-2008) parameters measured from Santa Maria (29 degrees 41 ' S, 53 degrees 48 ' W) and their connections with ENSO and solar activity

In this work, we analyze the long term variability of rainfall and temperature (1912-2008) of Santa Maria (29 degrees S, 53 degrees W) and its possible connection with natural influences such as solar activity and ENSO. Temperature and rainfall present similar frequencies as revealed by spectral analyses. This analysis shows a large number of short periods between 2-8 years and periods of 11.8-12.3, 19.1-21.0, and 64.3-82.5 years. The cross correlation for rainfall and temperature versus Southern Oscillation Index (SOI) have higher cross-power around 2-8 yr. Rainfall and temperature versus sunspot number (Rz) showed higher cross-power around the 11-yr solar cycle period. A high and continuous cross correlation was observed for Rz-22 yr versus rainfall and temperature. Furthermore, the power between 22-yr solar cycle and meteorological parameters was higher than that obtained with the 11-yr solar cycle, suggesting that the effect of Hale cycle on climate may be stronger than the Schwabe cycle effect. These results indicate that the variability of rainfall and temperature is closely related to the variation of the Southern Oscillation Index and solar activity, and that the El Nino Southern Oscillation and solar activity probably play an important role in the climate system over Southern Brazil. (C) 2011 Elsevier Ltd. All rights reserved.CNPq [APQ470252/2009-0, APQ470455/2010-1, 301033/2009-9, 151609/2009-8]FAPERGS [1013273]FAPESP [2009/02907-8]CAPE

DE AL DAN NIET GECLAUSULEERDE VERKLARING BIJ DE JAARREKENING

DE AL DAN NIET GECLAUSULEERDE VERKLARING BIJ DE JAARREKENIN

NOGMAALS HET „AANGEKLEDE” SALDOBILJET KLEREN MAKEN DE MAN

NOGMAALS HET "AANGEKLEDE" SALDOBILJET KLEREN MAKEN DE MA