Wedge geometry

It is useful to note that the same issue does not arise in complexes that have a horizontal symmetry plane. There, a wedge geometry allows L and hj to attain equivalent positions above and below that plane. These conceptual issues have been addressed in the case of oxorhenium(V) complexes by two experimental studies, each of which supports intervention of intermediate(s) that undergo turnstile or trigonal twist mechanisms. In so doing, L and L7 attain equivalent or at least interchangeable positions. These studies are the subjects of the next two sections. 

Fig 8 Streak Camera Record from Wedge Shot. Schematic drawing shews relationship between wedge geometry and camera... 

Current research focuses mainly on the cutting edge micro geometry (Denkena et al. 2011). The micro geometry describes the wedge geometry within a distance of up to 150 pm from the ideal... 

The simplest model was a theoretical version of the collapsing film wedge. As discussed previously (Section 5.3.3.1), the collapsing wedge geometry was imposed on the analysis of the experimental data to generate instantaneous film drainage rates. Therefore, it seemed reasonable to use this same shape in the development of the first theoretical model [51]. This led to the condition that the shape of the film was invariant with... 

A cholesteric liquid crystal with pitch of about 0.3 im in wedge geometry showing Grandjean steps (Grandjean-Cano wedge cell). 

Design of Mechanically Stabilized Walls (MSWs), Fig. 3 Active wedge geometry and interpretation of total active earth force Par due to wedge self-weight W and peak ground acceleration coefficients kj, and ky... 

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