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The requirements for an efficient expansion turbine admission path are presented.
Simulation results for a constant velocity trajectory, i.e. a circle, and a time-varying velocity one, i.e. a sinusoidal path, are presented.
Some examples of simulation models are shown in Fig. 2. The simulation results of the induced stress inside the soldered FS cubes along the laser beam path are presented in Fig. 3.
Note that, for the clarity of comparison analyses, in the sequence discussion, the outage probabilities of the UCR-OR systems with and without direct path are presented simultaneously, which are marked by 'Dir link' and 'No-dir link', respectively.
Taking this into account and based on the load bath envisaged from the column to the slab, expressions for the vertical load capacities corresponding to the parts of the load path are presented and compared with the experimental results, showing their ability to predict both ultimate loads and modes of failure.
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The "real" efficiency based on calculation of head losses in elements of a flow path is presented.
In this paper, an octree-based, variable-size cross-hatching algorithm for generating the laser path is presented.
A special cell design with enhanced light path is presented and further principles like, e.g., fluorescence detection and coupling to mass spectrometry are discussed.
The path is presented as a spline curve and was optimised by placing the control points through which the curve should pass.
A theoretical model, which describes both the spatial distributions of photons in fluorescence endoscopic images for the detection of abnormalities/defects in the intracavities of human body, specifically gastrointestinal path is presented.
The necessary and sufficient condition for detecting a wormhole-free path is presented in Section 5. Finally, if an intermediate node I receives an R R E Q N when it already has a stable routing entry to a destination D, I processes the R R E Q N only if the new route request offers a better metric than the existing route.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com