Raman spectrum of group IV nanowires: influence of temperature

Group IV semiconductor nanowires are characterized by Raman spectroscopy. The results are analyzed in terms of the heating induced by the laser beam on the nanowires. By solving the heat transport equation one can simulate the temperature reached by the NWs under the exposure to a laser beam. The results are illustrated with Si and Si1-xGex nanowires. Both bundles of nanowires and individual nanowires are studied. The main experimental conditions contributing to the nanowire heating are discussed

Vetus testamentu[m] multiplici lingua nu[n]c primo impressum, et imprimis Pentateuchus Hebraico, Greco atq[ue] Chaldaico idiomate : adiu[n]cta unicuiq[ue] sua latina interpretatione.

Precede al tít. un texto en latín

A la S.C.R. Magestad del Rey don Felipe IIII... presentan... el presente memorial, con titulo de assiento... de la presente Ciudad de Valencia y todo el Reyno... Geronimo Ibañez y Salt y Iuan Bautista Doñol, como naturales de dicha Ciudad y Reyno... [Texto impreso]

Memorial sobre tributaciones, socorros y otras mercedes

De part de la S.C.R.Magestat del Rey..., y per prouisio feta per Iuan Gil Polo... Mestre Racional de la Real Casa... en la ciutat y Regne de Valencia... se notifica... a tots los que respone> debitoris... de... censals...acudixquen a... Vale>cia. [Texto impreso]

Tit. tomado del texto

Factors impacting the market share of Construction and Demolition (C&D) Waste recycling solutions

Current EU Directives force the Member States to assure by 2020 that 70% of the Construction and Demolition (C&D) waste is recovered instead of landfilled. While some countries have largely achieved this target, others still have a long way to go. For better understanding the differences arising from local disparities, six factors related to technical, economic, legislative and environmental aspects have been identified as crucial influences in the market share of C&D waste recycling solutions. These factors are able to identify the causes that limit the recycling rate of a certain region. Moreover, progress towards an efficient waste management can vary through the improvement of a single factor. This study provides the background for further fine-tuning the factors and their combination into a mathematical model for assessing the market share of C&D recycling solutions.