The example provided in figure 2 to illustrate the generic decomposition Eq 5 aims at reproducing the behavior of an eukaryotic promoter with realistic parameters and timescale relationships.
We have focused on localization that yields a smooth relationship between timescale and eigenvector position; such networks are well-placed to integrate information at different timescales.
(ii) Plotting the strain increase during the holding phase vs. a logarithmic timescale yields a linear relationship: a characteristic of viscoelastic materials (Cosgrove 1993).
The OCO-2 SIF tracked tower GPP well, and had strong correlation with tower GPP at both retrieval bands (757 nm and 771 nm) and both instantaneous (mid-day) and daily timescales, with the strongest relationship for the 757 nm band (SIF757) at the daily timescale.
On inter-annual timescales, a robust linear relationship between fluorescence intensity and annual (effective) precipitation amount (R2 = 0.86 for HS4 and R2 = 0.77 for HS6, n = 9, p < 0.01) was identified, implying that annual (effective) precipitation is the main determinant of DOM concentration in the aquifer.
By contrast, with a gradient of connectivity length, the relationship between timescales and eigenvector position is lawful but non-monotonic, as a consequence of the existence of two gradients (feedforward connectivity decreases while feedback increases along the chain).
The wide range of timescales and complex relationships among the motions at different timescales make it difficult to capture the biologically significant, long-timescale dynamics of protein motion in a compact model.
All eigenvectors are localized, though the extent of localization (the eigenvector width) varies; and there is no relationship between the timescale of an eigenvector and its spatial location in the network.
As the traditional harmonic foundation weakened partly because the enlarged timescale makes long-term harmonic relationships hard to hear symphonists sought new unifying techniques, among them cyclic forms, extramusical plots, progressive harmony, and so on.
The aim of this work is to contribute to the understanding of the relationship between the timescales of molecular processes in ionomers and that of macroscale autonomous healing.
In this work, we examine the relationship between the timescales of volume and enthalpy relaxation for polystyrene using the cooling rate dependence of the glass transition temperature (Tg) obtained from capillary dilatometry and differential scanning calorimetry (DSC).
