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The regulations on the emissions from combustion devices are getting more and more strict for environmental and human health reasons. Modern combustion research faces two major challenges; reduction of the pollutants, such as CO, NOx and unburnt hydro- carbons and increase of the combustion efficiency. Current trend for stationary power generation is to use lean premixed and/or pre-vaporized combu
Have you ever wondered what astronomers do?Join us on Astronomy Day and Night as we launch our brand new astronomy podcast; The Meridian. In this first episode of the podcast Nic and Rebecca - a couple of curious and energetic astronomy PhD students - invite Michiel Lambrechts to the mic and chat to him about planet formation. Thereafter they take a closer look at one of their favourite astronomic
Microsoft Word - Mindfulness-sustainability framework.docx Global scale Sustainability Mindfulness Individual scale Collective/Plane‐ tary well‐being Interrelation with others/ equity Human‐nature connection Environmental behavior/ consumption Social activism/ action Subjective well‐ being Behavioral regulation Adaptive & flexible response capacity Activation of core values/ empowerment Phy
https://www.lucsus.lu.se/sites/lucsus.lu.se/files/mindfulness-sustainability_framework.pdf - 2026-05-03
Professor Contact details Email: leif [dot] lonnblad [at] fysik [dot] lu [dot] se Phone: +46 46 222 77 80Organisation Particle and nuclear physics Visiting address: Sölvegatan 14A, Lund Room number: K233 Service point: 14 WebpageLeif Lönnblads profile in Lund University research portalResearchQCD Phenomenology and Monte Carlo Event Generators.TeachingTheoretical Particle Physics (FYTN18) and (Expl
https://www.particle-nuclear.lu.se/leif-lonnblad - 2026-05-02
Avhandlingsarbetet studerar hur turbulent flödesstruktur sammverkar med förbränning av högoktaniga bränslen i partiellt förblandade förhållanden genom numeriska tredimensionella flödessimuleringar. Förbränningsmoder och antändningsprocesser studeras för två olika typfall där ett flertal metoder testas med ändamålet att korrekt återge hur icke upplöst rörelsemängd växelverkar med de kemiska processThis work treats the modelling of PPC engine combustion through 3D computational fluid dynamics. In order to develop a cost-effective CFD model for the design and performance analysis of PPC engines it is important to first understand the multiple modes of combustion in PPC engines, e.g., the onset of the first ignition kernels, the propagation of the ignition/flame fronts, and the effect of charg
Biofuel is a crucial renewable and environmentally friendly energy source for addressing greenhouse gas emissions and other energy-related issues. Biodiesel and butanol, among alternative biofuels, possess complementary physical and chemical properties, offering multiple possibilities for their use in existing internal combustion engines. However, biodiesel's distinctly different physical and comb
Blood transfusions were dangerous and prohibited, until medicine developed modern techniques in the middle of the last century. Multi-trauma patients often present hard-to-identify multifactorial coagulopathies which should be recognized and treated before a transfusion is envisaged.
Abstract In plasma-assisted combustion, electric energy is added to the flame where the electric energy will be transferred to kinetic energy of the free electrons that, in turn, will modify the combustion chemical kinetics. In order to increase the understanding of this complex process, the influence of one of the products of the altered chemical kinetics, ozone (O3), has been isolated and studie
CV KRISTINA KVALVIK E-mail: kristinakvalvik@gmail.com Homepage: www.kristinakvalvik.com EDUCATION 2003 - 2008 Malmö Art Academy. BFA & MFA. Sweden 2007 Emily Carr Institute of Art, Design and Media. Vancouver. Canada 2001 - 2003 Nordland College of Art and Film. Norway 1999 - 2000 Nansen Academy - the Norwegian Humanistic Academy. Norway SOLO EXHIBITIONS 2014 ARKIV. Contemporary Småland plattform
https://www.khm.lu.se/sites/khm.lu.se/files/2008cv_kristina_kvalvik.pdf - 2026-05-03
Senior lecturer Contact details Email: faustine [dot] perrin [at] ekh [dot] lu [dot] se Phone: +46 46 222 04 65Organisation Department of Economic History Visiting address: Scheelevägen 15 B, Lund Room number: Alfa 1:2087 Service point: 10 WebpageFaustine Perrins profile in Lund University research portalOther affiliations Senior lecturer Economic demography Senior lecturer Historical labour marke
https://www.lusem.lu.se/faustine-perrin - 2026-05-02
