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ÖÜÆÚÐԽṹ£¨Èç¹â×Ó¾§Ìå¡¢Éù×Ó¾§Ì壩¾ßÓдøÏ¶ÌØÕ÷£¬Ààèì¼Ü½á¹¹£¨ÈçKagome Lattice½á¹¹¡¢Tetrahedron Lattice½á¹¹£©ÓÐûÓдøÏ¶ÌØÕ÷£¿ ½ñÌì¸ÕËѵ½Ò»ÆªÍâÎıÏÒµÂÛÎÄ£¬ËµKagome½á¹¹Ã»ÓдøÏ¶ÌØÕ÷£¬ÕæÏൽµ×ÊÇÔõÑùµÄ£¿£º£º£º£º 6.4.3 Band-gaps The band-gap behavior of the considered rectangular cylindrical grids is analyzed by considering the first Brillouin zone of the unit cell for all three grids (Fig. 72). Unfortunately,no band-gap behavior is found for any of the three grids considered (Fig. 77), over the frequency range of interest. £º£º£º£º£º 7.2.4 Band-gaps The band-gap behavior of the two considered Kagome lattice configurations is analyzed by considering the first Brillouin zone of the unit cell (Fig. 92). There is no additional symmetry in the phase constant surfaces, so the dispersion relations along the boundary M¡ª¡ª¡µP ¡ª¡ª¡µG¡ª¡ª¡µ X ¡ª¡ª¡µM must be considered. Unfortunately, no band-gap behavior was found for any of the configurations considered (Fig. 93). ÓÐÄÄλ¸ßÈ˰ïæ½âÊÍһϣ¿£¿ ![]() ![]() ![]() [ Last edited by 509266024 on 2010-10-22 at 13:36 ] |
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