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Organisationseinheit der BAM
- 4 Material und Umwelt (805)
- 4.1 Biologische Materialschädigung und Referenzorganismen (238)
- 4.5 Kunst- und Kulturgutanalyse (128)
- 4.3 Schadstofftransfer und Umwelttechnologien (127)
- 4.2 Material-Mikrobiom Wechselwirkungen (121)
- 4.0 Abteilungsleitung und andere (120)
- 4.4 Thermochemische Reststoffbehandlung und Wertstoffrückgewinnung (107)
- 6 Materialchemie (81)
- 1 Analytische Chemie; Referenzmaterialien (62)
- 6.1 Oberflächen- und Dünnschichtanalyse (32)
- 6.2 Material- und Oberflächentechnologien (31)
- 1.1 Anorganische Spurenanalytik (19)
- 1.4 Prozessanalytik (19)
- 6.3 Strukturanalytik (19)
- 1.7 Organische Spuren- und Lebensmittelanalytik (18)
- 5 Werkstofftechnik (17)
- 7 Bauwerkssicherheit (16)
- 7.1 Baustoffe (12)
- 1.8 Umweltanalytik (10)
- 8 Zerstörungsfreie Prüfung (10)
- 4.6 Molekulare und angewandte Entomologie (8)
- 5.4 Multimateriale Fertigungsprozesse (8)
- 7.4 Baustofftechnologie (8)
- 9 Komponentensicherheit (8)
- 1.2 Biophotonik (7)
- 1.9 Chemische und optische Sensorik (7)
- 8.0 Abteilungsleitung und andere (6)
- 5.1 Mikrostruktur Design und Degradation (5)
- 1.0 Abteilungsleitung und andere (4)
- 5.3 Polymere Verbundwerkstoffe (4)
- 8.1 Sensorik, mess- und prüftechnische Verfahren (4)
- 9.3 Schweißtechnische Fertigungsverfahren (4)
- 1.5 Proteinanalytik (3)
- 6.6 Physik und chemische Analytik der Polymere (3)
- 7.5 Technische Eigenschaften von Polymerwerkstoffen (3)
- 8.5 Röntgenbildgebung (3)
- 9.0 Abteilungsleitung und andere (3)
- 5.6 Glas (2)
- 6.7 Materialsynthese und Design (2)
- 1.6 Anorganische Referenzmaterialien (1)
- 2 Prozess- und Anlagensicherheit (1)
- 2.1 Sicherheit von Energieträgern (1)
- 3 Gefahrgutumschließungen; Energiespeicher (1)
- 3.1 Sicherheit von Gefahrgutverpackungen und Batterien (1)
- 5.2 Metallische Hochtemperaturwerkstoffe (1)
- 6.0 Abteilungsleitung und andere (1)
- 8.4 Akustische und elektromagnetische Verfahren (1)
- 9.4 Integrität von Schweißverbindungen (1)
- 9.5 Tribologie und Verschleißschutz (1)
- S Qualitätsinfrastruktur (1)
- S.0 Abteilungsleitung und andere (1)
- VP Vizepräsident (1)
- VP.1 eScience (1)
- VP.2 Informationstechnik (1)
Paper des Monats
- ja (18)
Antibiotic resistance is a growing global problem which poses a massive threat to human health. Although human activity contributes to the acceleration of the process, bacteria have a self-driven stabilisation mechanism to protect themselves from such and other external threats: biofilm formation. Nonetheless, it is the adhesion of a single bacterial cell to a surface that triggers the formation of such network of biomolecules and microorganisms, as well as its hazardous consequences. The main objective of this work was to quantify the adhesion force of a single E. coli cell on a Ti substrate via the AFM-related single-cell force spectroscopy, with both the cell and the substrate material being of high clinical relevance. A set of 25 x 25 force displacement curves was acquired with a maximum force of 3.2 nN without dwell time, yielding a topography map and an adhesion force map that showed to be correlated. A mean adhesion force of 0.85 ± 0.175 nN was measured and the presence of cell appendages on the bacterial cell wall was verified through individual force-displacement curves. Bacterial viability was assessed after the measurements via live/dead staining.
Per- and polyfluoroalkyl substances (PFAS) are widely used for durable water-repellent finishing of different fabrics and textiles like outdoor clothing, carpets, medical textiles and more. Existing PFAS extraction techniques followed by target analysis are often insufficient in detecting widely used side-chain fluorinated polymers (SFPs) that are barely or non-extractable. SFPs are typically copolymers consisting of a non-fluorinated backbone with perfluoroalkyl side-chains to obtain desired properties. We compared the accessible analytical information and performance of complementary techniques based on oxidation (dTOP assay, PhotoTOP), hydrolysis (THP assay), standard extraction, extractable organic fluorine (EOF), and total fluorine (TF) with five functional textiles and characterized 7 further textiles only by PhotoTOP oxidation. The results show that when applied directly to textile samples, oxidation by dTOP and PhotoTOP and also hydrolysis by the THP are able to capture large fractions of the TF in form of perfluoroalkyl side-chains present in the textiles while methods relying on extracts (EOF, target and non-target analysis) were much lower (e.g., factor ~25-50 lower). The conversion of large fractions of the measured TF into PFCAs or FTOHs from fluorinated side chains is in contrast to previous studies. Concentrations ranged from <LOQ to over ~1000 mg F/kg after oxidation/hydrolysis and <LOQ to over 2000 mg F/kg for TF, while EOF and target PFAS in extracts were detected at much lower concentrations (up to ~ 60 mg F/kg) (amount of fluorine in the order: extraction << EOF << oxidation/hydrolysis ≤ TF). Perfluoroalkyl carboxylic acids (PFCAs) and fluorotelomer alcohols (FTOHs) from THP and PhotoTOP both represented the chain-length distribution in the textiles showing that long-chain SFPs are still used in current textiles. Further advantages and disadvantages of the applied methods are discussed.
Steelmaking slag is a by-product of steel production, of which 4.5 Mt were produced in 2020 in Germany alone. It is mainly used in road construction, earthwork and hydraulic engineering. A smaller part is returned to the metallurgical cycle, used as fertiliser or landfilled.
With this use, iron oxides still contained in steelmaking slag are lost. In addition, the possibility of producing higher-grade products from steelmaking slag is foregone. In recent decades, many researchers have investigated the production of Portland cement clinker and crude iron from basic oxygen furnace slags (BOFS) via a reductive treatment. Carbothermal treatment of liquid BOFS causes a reduction of iron oxides to metallic iron, which separates from the mineral phase due to its higher density. Simultaneously, the chemical composition of the reduced slag is adapted to that of Portland cement clinker.
In this study, German BOFS was reduced in a small-scale electric arc furnace using petrol coke as a reducing agent. The resulting low-iron mineral product has a similar chemical composition to Portland cement clinker and was rich in the tricalcium silicate solid solution alite (Ca3SiO5). Based on its chemical and mineralogical composition, similar to that of Portland cement clinker, the reduced BOFS has the potential to react comparably. In our study, the reduced BOFS produced less hydration heat than OPC, and its hydraulic reaction was delayed. However, adding gypsum has shown to accelerate the hydration rate of the reduced BOFS compared to that known from the calcium silicates of Portland cement clinker.
Further research to improve the hydraulic properties of the reduced slag is essential. If successful, producing a hydraulic binder and crude iron from BOFS has economic and ecological benefits for both the cement and steel industries.
Throughout their life cycles—from production, usage, through to disposal—materials and products interact with the environment (water, soil, and air). At the same time, they are exposed to environmental influences and, through their emissions, have an impact on the environment, people, and health. Accelerated experimental testing processes can be used to predict the long-term environmental consequences of innovative products before these actually enter the environment.
We are living in a material world. Building materials, geosynthetics, wooden toys, soil, nanomaterials, composites, wastes and more are research subjects examined by the authors of this book. The interactions of materials with the environment are manifold. Therefore, it is important to assess the environmental impact of these interactions. Some answers to how this task can be achieved are given in this Special Issue.
Throughout their life cycle—from production, via usage, through to disposal—materials and products interact with the environment (water, soil, air). At the same time, they are exposed to environmental influences and, through their emissions, have an impact on the environment, people, and health. Accelerated experimental testing processes can be used to predict the long-term environmental consequences of innovative products before these actually enter the environment.
The aim of this Special Issue of the journal Materials is to publish original research and review articles as well as short communications tackling the problem of reliable environmental measurement methods and reporting exemplary case studies.