El Hajj, Inass Laïk, Barbara Gassama, Adama Bensifia, Mohamed Dembélé, Kassiogé Jama, Charafeddine Monnier, Judith Léonard, Céline Yassar, Abderrahim Bouanis, Fatima Zahra
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Although aluminum (Al) or its alloys are moderately protected by a native oxide layer, the presence of chloride ions in aqueous media in direct contact causes pitting attacks and accelerates corrosion. Using graphene as a coating protector can obstruct corrosion due to its numerous chemical and physical properties. This study investigates corrosion...
Darney, K Tannous, M Belzunces, Luc Nikolova-Pavageau, N Schroeder, Henri Ndaw, S Garnier, R
Human biomonitoring is a useful tool for assessing exposure to chemicals, and the resulting individual and collective health risks, in both occupational and environmental settings. It allows targeting of preventive measures on specific populations or tasks, then to assess their effectiveness. For the interpretation of biomonitoring results, health-...
Halter, Fabien Chauveau, Christian
Micrometric metal particles offer a promising source of sustainable energy. Upon ignition, they generate a significant amount of energy without emitting carbon dioxide. Additionally, this process yields metal oxides that can be regenerated using wind or solar energy. This cyclical system of energy production and recycling enables renewable energy t...
Liu, Wei Gao, Jie Hao, Niping Li, Jing Pei, Jing Zou, Danfeng Yang, Shuo Yin, Yuhua Yang, Xiaoming Mu, Ping
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Published in
Biological trace element research
Aluminum is a common environmental neurotoxin. Aluminum ions can cross the blood-brain barrier and accumulate in different brain regions, damage brain tissue, and cause cognitive impairment, but the molecular mechanism of aluminum neurotoxicity is not precise. This study investigated the effects of miR-204-5p, target gene EphB2, and downstream sign...
Kunz, Simone Noremberg Bohrer, Denise do Nascimento, Paulo Cícero Cibin, Francielli Weber Santos de Carvalho, Leandro Machado
Published in
Biological trace element research
Aluminum and silicon are contaminants found in formulations used to prepare parenteral nutrition. Both elements are leached from glass containers, mainly during the heating cycle for sterilization. Insoluble and biologically inactive species of hydroxyaluminosilicates have been shown to form in solutions containing Al and Si. Therefore, this intera...
Glasziou, Valentin Chauveau, Christian Courtiaud, Sébastien Halter, Fabien
Aluminum is used in the composition of many high explosives and contributes to their blast effect. This work focuses on the study of the combustion of a single isolated particle of size between 30 and 100 μm in an arbitrary atmosphere, whose pressure and composition are chosen to be close to those encountered in a high-explosive fireball. This gase...
Ganhör, Clara Rezk, Marlene Doppler, Christian Ruthmeier, Teresa Wechselberger, Christian Müller, Marina Kotnik, Michaela Puh, Špela Messner, Barbara Bernhard, David
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Published in
Food chemistry
Aluminum is added to many food colors to change their solubility. This study compares the aluminum-containing food color carmine with its aluminum-free version carminic acid (both E 120), hypothesizing that the addition of aluminum does not only change the color's solubility, but also its effects on human cells. We could show that carmine, but not ...
Roynel, Alexandrine
L'objectif de cette thèse est d'étudier les quantités d'aluminium auxquelles sont exposés les animaux domestiques et de rente au travers de la vaccination. Pour cela, les quantités d'aluminium dans chaque vaccin contenant un adjuvant à base d'aluminium sont établies et des calculs de doses cumulées sur la vie de l'animal sont réalisés. Les déclarat...
Annapoorna, K Ananda, Rohini Deshpande, Viraja Shobha, R
Published in
Journal of Physics: Conference Series
Aluminium and its alloys find their application in aerospace, automobile, and marine sectors as it costs less and properties like low density, good ductility, high resistance to corrosion etc. However, aluminium has many drawbacks like low resistance to abrasion and wear, poor strength etc. These drawbacks can be overcome by adding certain material...
Membala, S B Sutresman, O S Arsyad, H Syahid, M Widyianto, A
Published in
Journal of Physics: Conference Series
The Micro Friction Stir Spot Welding (μFSSW) process is a metal plate welding technique with a relatively thin plate thickness. The advantages of this welding are the higher quality of the weld and the relatively low deformation. This study aimed to determine the effect of depth of penetration, dwell time, and tool geometry on the trend of material...