… zero dispersion for each layer, delay group, and effective area. … variations of 2 to 7 layers
of core while the sheath has the same size, obtained for layers that meet zero dispersion …

… the theoretically predicted dispersion curves, which perfectly match the areas with a large …
ambient field), lateral variation, and anisotropy also decrease the quality of the I(ω,c) image. …

… This trend corresponds to the variation in the effective resonator radius, and so we consider
… However, the Q can be compensated for by its small mode area, because the threshold for …

… telecommunication area had shown that single-mode fibers … It is no longer possible to
assume that there is no variation of … chromatic dispersion wavelength around 1550 nm ("dispersion …

… Moreover, the aptness of these waves to perform a punctual inspection of wide areas can …
dispersive phenomena exhibited as changes in group and phase velocity. These variations …

… The extreme physics mostly connects the areas of plasma, particle, relativistic and quantum
… having line density variation of the gratings. Residual angular dispersion reduces the peak …

… is suitable for analyzing dispersion properties of guided waves at the broad variation of the
sandy parameter. Several phenomena, concerning anomalous dispersion of guided waves at …

… where n(z) and Λ(z) are the refractive index variation and … area and gradually decaying
slopes at the edges. Hence, it offers a broad reflectivity spectrum that is well-suited for dispersion …

… has abundant wide area measurements, and an operation mode is generally depicted by …
show the space dispersion and time variation of power system operation mode and propose …

… bandwidth divided by the dispersion variation within it[23]. … overlap factor is better than
0.93 over the entire flat dispersion region. The effective mode area (Aeff ) of the guided mode is …