Sander Clerick
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Hydrogen Evolution in Battery Electric Vehicle Coolants During Accidental Leakage: The Impact of Corrosion Inhibitors and Electrical Conductivity Open
Efficient thermal management is critical to the performance and acceptance of battery electric vehicles (BEVs). In the event of coolant leakage, contact between conventional water–glycol coolants and polarized battery components may induce…
Unraveling silica auto-condensation and dissolution chemistry in engine coolant fluids: Applications in automotive coolant organic additive technology (OAT) Open
Engine coolants are mixtures of water and glycols (most commonly monoethylene glycol, MEG), formulated with corrosion inhibitors to protect the system materials.Nowadays, organic corrosion inhibitors are generally used in combination with …
Ultra-stable ring-type organosilicas with click modifiable groups : application as catalytic support and HPLC packing Open
Organosilicas or polysilsesquioxane frameworks are attractive alternatives for commonly applied silica-based materials. Within these hybrid materials, the structural properties and robustness of inorganic supports are combined with embedde…
Heterogeneous Ru(<span>iii</span>) oxidation catalysts via ‘click’ bidentate ligands on a periodic mesoporous organosilica support Open
A 100% monoallyl ring-type Periodic Mesoporous Organosilica (PMO) is prepared as a novel, versatile and exceptionally stable catalytic support with a high internal surface area and 5.0 nm pores.