Stefan Seus
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View article: Synthesis of Lewis Acid‐Base Adducts Between PCO <sup>−</sup> and Group 13 Lewis Acids
Synthesis of Lewis Acid‐Base Adducts Between PCO <sup>−</sup> and Group 13 Lewis Acids Open
Lewis acid–base adducts between [Na(diox)PCO] (diox = 1,4‐dioxane) and trimethyltriels EMe 3 (E = B‐In) were synthesized and crystallized using 18‐crown‐6 (18c6) as ligand for the sodium ions. In the course of these investigations, we were…
View article: Quantification of vehicular <i>versus</i> uncorrelated Li<sup>+</sup>–solvent transport in highly concentrated electrolytes <i>via</i> solvent-related Onsager coefficients
Quantification of vehicular <i>versus</i> uncorrelated Li<sup>+</sup>–solvent transport in highly concentrated electrolytes <i>via</i> solvent-related Onsager coefficients Open
Based on a volume conservation constraint, we obtain solvent-related Onsager coefficients and derive a quantitative parameter characterizing vehicular Li + –solvent transport.
View article: Synthesis of Lewis Acid‐Base Adducts Between Potassium Dihydrogenpnictogenides and Group 13 Lewis Acids
Synthesis of Lewis Acid‐Base Adducts Between Potassium Dihydrogenpnictogenides and Group 13 Lewis Acids Open
Lewis acid‐base adducts between potassium dihydrogenpnictogenides [K(18c6)PnH 2 ] (Pn=P, As) and Trialkylgallanes (GaMe 3 , GaEt 3 , Ga t Bu 3 ) as well as BH 3 were synthesized. In the course of these investigations, we were able to fully…