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Efficient electrochromicmaterialsbasedonTiO2@WO3 core/shell nanorodarrays
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The high magnification TEM (HRTEM) image collected from the individual nanorod shows that it is completely crystalline along its entire length and reveal sclear lattice fringes with interplanar spacings of 0.32 and 0.29nm, which are consistent with the d-spacings of(110)and(001)planes of rutile TiO2 (Fig. 4b). In addition, the[110]axisis perpendicular to the nanorod side walls, and the corresponding sharp FFT pattern of the nanorodis examined along the[110]zone axis.These data confirm the single-crystalline structure and demonstrate that the TiO2 nanorod grows along the[001]direction. ÇëÎÊÀïÃæµÄthe corresponding sharp FFT pattern of the nanorodis examined along the[110]zone axis Óë the TiO2 nanorod grows along the[001]direction.ÓÐʲô¹ØÏµ ËÄܽâÊÍÒ»ÏÂÂ𣿠|
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