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Lattice fringes were found with distances of 3.29 and 2.94 Å (cf. Figure 3B), corresponding well to the theoretically calculated distance of the {111} and {210} planes of the orthorhombic-YF3 space group GdF3 (orthorhombic phase JCPDS-file 012-0788), respectively.
The lattice fringes were found to be ca. 0.36 and 0.26 nm, corresponding to the d102 spacing for rhodochrosite MnCO3 and the d111 spacing for cubic MnO, respectively, suggesting that the transformation from MnCO3 to cubic MnO was incomplete within a short time.
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From the HRTEM, the interspacing between the lattice fringes was found to be 0.316 nm which corresponds to growth plane (110) indicating the growth of nanoplatelets along the axis in [001] direction.
Spacing between the lattice fringes was found to be 0.25 nm, which is well coincided with the "d" spacing of the (400) plane of the cubic phase of In2O3. Figure 4c shows the XRD line profiles for the ITO film and NWs film.
Importantly, the clear and visible lattice fringes are found to extend across the entire nanoflower structure, and the lattice spacing in each primary particle is visible and has an average size of about 0.293 nm matching (222) d-spacing of bulk In2O3 (insets of Figure 5b).
The plume fringe was found to be a zone of enhanced biodegradation by SO4-reduction and methanogenesis.
Biodegradation in the capillary fringe was found to be influenced by both the moisture content and availability of the dissolved substrate, as seen in static column experiments.
Significant differences were found for river fringes, that rarely had any biofilm, and for natural and cultivated swamps, whose water surfaces were on average covered by half with biofilm.
On the other hand, slightly higher frequencies of expression were found in adenomas for Deltex and Mastermind, and Radical Fringe.
In the Calgary CMA, 4 (14.8%) of 27 positive animals were found in the city and 9 (27.3%) of 33 were found in the rural fringe.
The interplanar distance has been calculated using the lattice fringes and is found to be 0.33 nm which corresponds to (101) lattice plane of anatase phase.
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