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Although carbonate-carbon (C), an integral part of biochar-C, contributes to the liming properties of that material, it also interferes with the estimation of the stable organic C fraction in biochars. In this study, four methods were compared in order to quantify the carbonate-C in biochars: two direct (a titrimetric procedure and thermogravimetric analysis, TGA), and two indirect (acid treatment
Lägg till titel Page 1 of 5 Faculty Board DECISION Reg. no STYR 2023/110 Date 22 November 2018 Revised 2 February 2023 Procedures for Establishing and Approving First and Second-Cycle Course Syllabi The present document describes the procedures for establishing courses and approving course syllabi at the Faculty of Social Sciences. The decision-making process for a course comprises two decisions:
The isothermal ternary phase behaviour and structure of amphiphilic copolymer-water-xylene systems was investigated for two poly(ethylene oxide)-poly(propylene oxide) (PEO-PPO) triblo k copolymers, (EO)(4)(PO)(59)(EO)(4) and (EO)(17)(PO)(59)(EO)(17), at 25degreesC. The phase boundaries were identified using H-2 NMR and inspection under polarized light. The microstructure and structural length scal
IntroductionSlow sand filtration is an established method for drinking water treatment, however, the knowledge about their microbial ecology remains limited. Maintenance of slow sand filters (SSF) includes washing to remove biofilm growth in the sand and restore flow through the filter. Understanding how this impacts produced water is important as the SSF may influence the bacterial flora in the f
BALTHAZAR BERLING_CV_Sept2015.pages Balthazar Berling Date of birth: 8th of February 1985 Place of birth: Paris, France Place of residence: Stockholm, Sweden Place of residence 2013-2015: Malmö, Sweden Place of residence 2008-2013: Amsterdam, The Netherlands Education MA Fine Arts at Malmö Art Academy (2013-2015) SE BA Fine Arts and Graphic Design at Gerrit Rietveld Academie (2008-12) NL BA Cinema
https://www.khm.lu.se/sites/khm.lu.se/files/2015cv_balthazarberling.pdf - 2026-07-23
Transfusion-related acute lung injury (TRALI) is the leading cause of transfusion-related mortality and can occur with any type of transfusion. TRALI is thought to be primarily mediated by donor antibodies activating recipient neutrophils resulting in pulmonary endothelial damage. Nonetheless, details regarding the interactions between donor antibodies and recipient factors are unknown. A murine a
