Suchergebnisse

Militärische Operationen werden entscheidend durch Raum- und Umweltbedingungen beeinflusst. Beispiele aus den aktuellen Einsätzen der Bundeswehr und verbündeter Streitkräfte belegen, dass letztendlich die angemessene Bewertung des geographischen Raums mit seinen Umweltbedingungen über Erfolg oder Misserfolg entscheidet. (Europäische Sicherheit & Technik / SWP)

Psychoanalysis has nothing to say about firms or management as such; inversely, psychoanalytic coaching can aid managers to develop a better understanding of the role they exercise within the firm and to better position themselves in decision making and communication with other people. While it is a practice that takes place outside the classical psychoanalytic framework, psychoanalytic coaching must meet certain criteria in order to justify a psychoanalytic filiation: amongst others, the recognition of the unconscious and of the mechanisms of transference and counter‐transference. Crucially, the analyst is at the service of the subject (the manager) ‐ even if it is the firm that pays for the treatment. While there are risks involved for all parties concerned (the manager, the firm and the analyst), psychoanalytic coaching offers a way of rendering meaningful a management that encompasses the respect of oneself and of others.

Zur vieldiskutierten Individualisierung (z.B. "Riskante Freiheiten", ID 42/94) gehört natürlich die Verantwortung, die A. Etzioni (ID 11/98) engagiert beschrieben hat. Diese Aufsätze sind sehr vielfältig, einerseits lebensnah - jedenfalls zu Beginn - über Gesundheitswesen oder Sozialstaat, dann jedoch sehr ambitioniert, d.h. philosophisch untermauert, so daß Schüler aus Ethikkursen ihre Mühe haben werden. Die bekanntesten Autoren sind Gretchen Dutschke und Konstantin Wecker. (3) (LK/HH: Reimers)

Advanced anode material designs utilizing dual phase alloy systems like Si/FeSi2 nanocomposites show great potential to decrease the capacity degrading and improve the cycling capability for Lithium (Li)-ion batteries. Here, we present a multi-scale characterization approach to understand the (de-)lithiation and irreversible volumetric changes of the amorphous silicon (a-Si)/crystalline iron-silicide (c-FeSi2) nanoscale phase and its evolution due to cycling, as well as their impact on the proximate pore network. Scattering and 2D/3D imaging techniques are applied to probe the anode structural ageing from nm to μm length scales, after up to 300 charge-discharge cycles, and combined with modeling using the collected image data as an input. We obtain a quantified insight into the inhomogeneous lithiation of the active material induced by the morphology changes due to cycling. The electrochemical performance of Li-ion batteries does not only depend on the active material used, but also on the architecture of its proximity. ; The publication also received financial support from the European Union (EU) under the Horizon 2020 research and innovation program No. 875514 "ECO2LIB". However, it was not possible to enter this reference number in the field below.