A maximum transition rate occurs around the edge of large spherulites formed at high temperature, which cannot be interpreted by the effect of crystallization temperature alone.
While the decision last May by the United States Court of Appeals for the District of Columbia Circuit concerned an important issue of environmental law, what set off shock waves was not so much the actual ruling as its rationale: that the Clean Air Act, as interpreted by the agency, "effects an unconstitutional delegation of legislative power".
This result can be interpreted by the differential effect that mechanical properties of the matrix have on cell spreading versus proliferation and invasiveness in transformed cells.
This could be interpreted by the significant effect of the drying process on the hydrophobic fraction (i.e. lipid and protein fractions) present in the structure of durian seed gum.
From Fig. 7, it can be seen that the bandgap energy of nanolaminate displays a growing trend with decreasing bilayer thickness, which could be interpreted by the BM effect [33 35].
In addition, they provided a kind of hydroxyl-grafted PEB polymer (PEB-OH), which seems more efficient in reducing the yield stress of asphaltene-contained crude oils than PEB which can be interpreted by the dispersion effect of the polar group (–OH) (Guo et al. 2004a).
This behavior was interpreted by the combination of the effects of spinodal quench depth ∆Ts and usual supercooling degree ∆Tc, according to the theory of Mitra and Muthukumar, namely, the crystallization rate is enhanced by the concentration fluctuation-assisted nucleation at high Tc.
It can be interpreted by the Burstein-Moss effect [36, 37].
A blue shift in the UV band can be interpreted by the quantum confined effect to indicate that the thickness of the native oxide on the surface is just a few nanometers.
In contrast, in any abnormal hemorheological state, microcirculation presents behavior that approaches that of Bernoulli's 3rd equation, which is interpreted by the Fahraeus-Lindqvist effect [ 24], in which plasma becomes stuck at the inner vascular boundary layers, whereas erythrocytes move faster at the center [ 35].
