Structure dependent variations of group velocity, energy loss and confinement in a regular grated waveguide
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Using our new AdS/CFT heavy quark Lagrangian, in which we couple massive endpoints to the usual open string, we compute the stopping distance and differential energy loss for heavy
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In order to overcome this drawback and improve some characteristics of the conventional grating amplifiers, we propose a novel grating slow wave structure based on ridge gap waveguide
Mean patch size and percent cover for deciduous 1 are also the two focal landscape indices that demonstrate the greatest changes in autocorrelation structure Table VI.. MULTISCALE
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The total energy loss with the global model has been studied for various mixtures and extended to the pulsed-power model.1–9In addition, the measured plasma parameters have also been
The lower frequency band-edge is called the "dielectric mode" since bandgap 370 nm 370 nm Uniform waveguide Photonic crystal waveguide a b Figure 1.6: aA uniform waveguide has an
