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Strong coupling into higher-order modes and high suppression of medium-ordered modes and lower-order modes are exhibited in Fig. 10(a), (b), (c) and (d).
Some suppression of medium-order modes and strong suppression of lower-order modes is observed.
In Fig. 4(a) and (b), the power is coupled into both higher-order modes and lower-order modes.
Therefore, compared with the lower-order modes, the high-order modes contribute less to the integrated dynamic performances.
Such structures have shown a strong coupling of higher-order guided modes in addition to coupling of lower-order modes.
As the contact stiffness increases, the high-order vibration modes are more sensitive than the lower-order modes.
Only low-order modes can be accurately determined by the conventional test method, whereas high-order modes of local vibrations can hardly be measured.
In Fig. 10 e) for ∆m = 5, the power is coupled into medium-order modes and simultaneously distributed in the lower and higher-order modes.
This implies that these two higher-order modes are the dark modes.
Finally, it is shown that interaction of the guided light improves extraction of both lower order modes as well as higher order modes, which enhance LED efficiency.
This class of rectangular optical fiber employed a mode filtering technique to filter high order modes.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com