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The non-associated plasticity model is utilized to simulate a three dimensional nonlinear finite element analysis on sand. The model is a three-dimensional generalization of the Cam-Clay model with yield- and flow potential functions expressed in a common format, but with different shapes and hardening rule depending on both the shear and volumetric stains, which enables modelling of dilation. The

Poland holds great potential for bioenergy. However, biomass production from dedicated energy crops has not developed at a pace that was hoped. Clearly, there are barriers hindering farmers. The aim of this research was to directly explore the farmers’ perspective on barriers to growing dedicated energy crops in Poland. During the on-the-ground research conducted in Poland the perceptions regardin

The use of restricted access media and other stationary phases for clean-up and trace enrichment of environmental samples coupled on-line to liquid chromatography using diode array detection as well as thermospray MS is described. This on-line configuration was compared with commercially available ELISAs for the determination of triazines in complex matrices, showing superior precision and accurac

This article is a study of words for body parts in the Mon-Khmer language Kammu. It contains one descriptive part, presenting some 200 thematically ordered entries of words related to the body, with belonging elucidation and illustrations. In a more theoretical and comparative part, the data are used to relate Kammu to a wider debate concerning the semantic domain of body parts. Cross-linguistic s

Biological soft tissues exhibit non-linear complex properties, the quantification of which presents a challenge. Nevertheless, these properties, such as skin anisotropy, highly influence different processes that occur in soft tissues, for instance wound healing, and thus its correct identification and quantification is crucial to understand them. Experimental and computational works are required i

Single-molecule fluorescence spectroscopy and imaging probe many characteristics of the fluorescence from individual molecules like relative intensity, polarization, lifetime and spectrum. However, such an important and fundamental parameter as absolute fluorescence intensity (or in other words fluorescence brightness), which is proportional to the absorption cross section and fluorescence quantum

1. Geolocation by light allows for tracking animal movements, based on measurements of light intensity over time by a data-logging device (geolocator). Recent developments of ultra-light devices (<2 g) broadened the range of target species and boosted the number of studies using geolocators. However, an inherent problem of geolocators is that any factor or process that changes the natural light in