FT-IR spectra (h) and XRD patterns (i) of NOMC and PANI/NOMC-0.5.
The distribution of the optimal WWR under varying design conditions exhibits three distinct patterns: (i) As the WWR decreases, the CO2 emissions decrease.
In addition, we find four main effects as regards seasonal patterns: (i) Lunar New Year, (ii) Summer, (iii) Spring, and (iv) Winter effects.
Two explanations provide perfect matches to observed performance patterns: (i) males are better than females at handling competitive pressure, and (ii) males enjoy competition more or have greater desire to win than females.
This approach can be used to assess plant diversity patterns (i) of individual plots of interest, (ii) along environmental gradients, (iii) within specific vegetation types, or (iv) for landscape sectors.
All the triangles are pointing to the outside, which are shown in patterns (i), (k), (m), (q) and (u).
Taking into account kinship patterns (i.
We emphasize that patterns (i)–(iv) were observed even for multiexon duplogs.
In contrast, it is difficult to explain patterns (i), (ii), and (iv) with this classical view.
Caenorhabditis elegans posed an exception against the patterns (i), (ii), and (iv), which will be discussed later.
By analogy, we expect that such a mechanism alone cannot explain the patterns (i) and (ii), either.
