Profit Limitation Controls Prior to the Present War

In March 2014, four organisations, the Global School (Den Globala Skolan), the Swedish International Centre of Education for Sustainable Development (SWEDESD) at Uppsala University, the Swedish National Commission for UNESCO (Svenska Unescorådet) and WWF-Sweden commissioned Anders Jidesjö, senior lecturer and researcher at Linköping University, to undertake a study of the Swedish experience in the domain of Education for Sustainable Development (ESD) over the last 10 years by analysing relevant background documentation and reports as well as information gathered through interviews with key informants. This report presents the result of this study. An earlier version served as background document for the "ESD – Call for Action" event on 3 June 2014 (see also below). The current version has benefited from incorporating factual information and insights presented during that event. The report was commissioned in view of the UNESCO World Conference on Education for Sustainable Development, scheduled for 11-12 November in Aichi-Nagoya, Japan. This conference will mark the end of the UN Decade on Education for Sustainable Development, 2005-2014. The four organisations considered that the official Swedish position at the Nagoya Conference would be strengthened if informed by the experiences and insights of Swedish pre-schools, schools, universities, municipalities and public, private and non-governmental organizations that over the last ten years and longer have engaged in education and learning for sustainable development. The official Swedish position would also be bolstered by having politicians, policy makers and experts reflect on these experiences and formulate recommendations for reinforced policy and accelerated and effective practice and research in the ESD domain. To this effect, the four organizations organized the event "ESD – Call for Action", on 3 June at Blåsenhus, Uppsala University. It brought together 120 representatives of Swedish ESD-related practitioners, researchers and policy makers who together formulated an extensive set of recommendations that are meant to support the Swedish delegation attending the Nagoya Conference. The report and the 3 June recommendations will be made available to the participants of a second event "Making ESD Action Possible", scheduled for 27 August, 2014 at Rosenbad Conference Centre, Stockholm. This event is expected to assemble 140 Swedish ESD-related politicians, policy makers, researchers and practitioners. The combined recommendations formulated by the participants during the two events will be submitted to the official Swedish delegation to the Nagoya Conference. August 2014 Den Globala Skolan (the Global School), Svenska Unescorådet (Swedish National Commission for UNESCO), Swedish International Centre of Education for Sustainable Development (SWEDESD) at Uppsala University, WWF-Swede

Adolescent women's daily academic behaviors, sexual behaviors, and sexually related emotions

PURPOSE: Emerging literature suggests that the emotional and behavioral experience in young women's romantic/sexual relationships may link to their academic success. However, existing studies' reliance on retrospective and/or global measures prevents detailed understanding of how and when specific academic experiences link to specific relationship experiences and whether these associations could vary over different school days. METHODS: Adolescent women (N = 387; 14-17 years at enrollment) were recruited from primary care adolescent clinics for a longitudinal cohort study of sexual relationships and sexual behavior. Participants provided daily diary information on academic behaviors, sexual emotions, and sexual behaviors. Chi-square and generalized estimating equation ordinal logistic or linear regression, respectively, assessed prevalence of sexual behaviors or differences in sexual emotions when academic behaviors did and did not occur. RESULTS: Young women's weekday reports of skipping school or failing a test were significantly linked to more frequent vaginal sex, less frequent condom use, and different levels of sexual emotions, on that same day. CONCLUSIONS: Our findings provide evidence that the emotional and behavioral experiences in young women's romantic/sexual relationships may impact young women's reaction to academic events

Exponential torsion growth for random 3-manifolds

We show that a random 3-manifold with positive first Betti number admits a tower of cyclic covers with exponential torsion growth

NPTI: New Periodic Emission Inspection to guarantee PN Emission Stability of all modern vehicles

Periodic Technical Inspection of emission quality PTI was abandoned by most EU member states in 2014 following the EU-Directive 2014/45 which recommended to delegate emission quality to OBD. After Dieselgate this naïve dream was over and VERT proposed during the German Dieselgate Hearing Sept.2016 to re-introduce PTI for all vehicles with emission control by DPF and SCR. With the introduction of particulate filters on diesel as well as GDI engines, the measurement of particulate emissions during PTI or road-side checks however, became a nontrivial task. Opacity and smoke meters do not have sufficient sensitivity to identify particulate filter failures or tampering on new, low emission internal combustion engines. Recent studies conducted in the Netherlands, Switzerland and Belgium have shown that about 10% of passenger cars equipped with DPF have high PN emissions that could indicate a damaged or removed DPF. To address this problem, the VERT Association launched a New Periodic Technical Inspection (N-PTI) initiative to develop a simple, robust and tamper-proof method for checking the functionality of DPFs using particle number (PN) instruments. The N-PTI initiative, launched in November 2016, is supported by the European Union as well as the governments of Germany, the Netherlands, Belgium, and Switzerland. The proposed test is conducted at idle using a PN instrument. It is assumed that the process will be suitable with minor, if any, modifications for petrol engines. The test protocol is also appropriate for road-side inspections, such as by the police. The first results are promising. Instruments in their prototype stage are already capable of recognizing vehicles that have been manipulated using partial bypass that resulted in PN emissions close to maximum allowed type approval levels (i.e., 6×1011 1/km) and present a satisfactory correlation with PEMS compliant instrumentation. Work on the testing procedure and pass/fail limit is still ongoing. This work is also under the evaluation of the CITA (International Motor Vehicle Inspection Committee) Roadworthiness Technical Working Group which focuses on tampering with exhaust emission control systems. The results show a good correlation between emission levels during the type approval cycle (NEDC/ WLTC) and low idle emissions even with first generation N-PTI instruments. These results suggest that the technical specifications of NPTI instruments should have acceptable uncertainty, with low cost. The Netherlands and Germany have already started programs that will lead to the adoption of mandatory N-PTI emission testing requirements. NMI, the Dutch metrology institute, has released a draft InternationalRecommendation with the specifications of the PTI particulate number counter. The N-PTI DPF test maybecome available in the Netherlands at RDW test stations as soon as 2019, while the nationwide targetdate for the introduction of N-PTI testing is 2021. In Germany, the Federal Council passed a law inSeptember 2017 (published in the German StVZO 2017) that re-introduces PTI first by smokemeasurement but PN measurements at idle are to be required from 2021

Design of a Microstructured System for Homogenization of Dairy Products with High Fat Content

High pressure homogenization of dairy products is today state of the art but limited by the fat content (max 17 vol.-%). This article describes the development of a novel simultaneous homogenization and mixing (SHM) valve which allows homogenization of dairy products with a fat content of up to 42 vol.-%. The challenging task of homogenizing dairy products with high fat content is to stabilize disrupted fat droplets especially against extensive aggregation. Aggregation and coalescence rates could be significantly reduced by a new microstructured valve allowing the emulsifier-containing phase to be injected directly into the zone of droplet disruption

Revealing the co-action of viscous and multistability hysteresis in an adhesive, nominally flat punch: A combined numerical and experimental study

Viscoelasticity is well known to cause a significant hysteresis of crack closure and opening when an elastomer is brought in and out of contact with a flat, rigid counterface. In contrast, the idea that adhesive hysteresis can also result under quasi-static driving due to small-scale, elastic multistability is relatively new. Here, we study a system in which both mechanisms act concurrently. Specifically, we compare the simulated and experimentally measured time evolution of the interfacial force and the real contact area between a soft elastomer and a rigid, flat punch, to which small-scale, single-sinusoidal roughness is added. To this end, we further the Green's function molecular dynamics method and extend recently developed imaging techniques to elucidate the rate- and preload-dependence of the pull-off process. Our results reveal that hysteresis is much enhanced when the saddle points of the topography come into contact, which, however, is impeded by viscoelastic forces and may require sufficiently large preloads. A similar coaction of viscous- and multistability effects is expected to occur in macroscopic polymer contacts and be relevant, e.g., for pressure-sensitive adhesives and modern adhesive gripping devices

Revealing the co-action of viscous and multistability hysteresis in an adhesive, nominally flat punch: A combined numerical and experimental study

Viscoelasticity is well known to cause significant hysteresis of crack closure and opening when an elastomer is brought in and out of contact with a flat, rigid, adhesive counterface. A separate origin of adhesive hysteresis is small-scale, elastic multistability. Here, we study a system in which both mechanisms act concurrently. Specifically, we compare the simulated and experimentally measured time evolution of the interfacial force and the real contact area between a soft elastomer and a rigid, flat punch, to which small-scale, single-sinusoidal roughness is added. To this end, we further the Green's function molecular dynamics method and extend recently developed imaging techniques to elucidate the rate- and preload-dependence of the pull-off process. Our results reveal that hysteresis is much enhanced when the saddle points of the topography come into contact, which, however, is impeded by viscoelastic forces and may require sufficiently large preloads. A similar coaction of viscous- and multistability effects is expected to occur in macroscopic polymer contacts and to be relevant, e.g., for pressure-sensitive adhesives and modern adhesive gripping devices.Comment: 24 pages, 12 figures. Published in the Journal of the Mechanics and Physics of Solids. Conceptualization: All authors. Writing original draft: CM, MHM, MS. Experimental methodology and investigation: MS, supervision experiments: RH+EA. Numerical methodology: CM, MHM, simulations and data analysis: CM, supervision simulations: MH