The contribution of leaf litter peaked while that of deeper soils decreased to minima at peak flows.
Scanning transmission electron microscopy imaging reveals that θ′ platelets recently nucleated at 160 and 200 °C exhibit a discrete distribution of specific, or "magic", thicknesses, corresponding to minima in the residual volumetric and shape misfit strain.
A preliminary investigation on average power absorption within samples vs sample thickness has been carried out for continuous samples and various regimes have been identified such that these regimes may correspond to minima or maxima of average power.
Copolymers of both PA-10,T and 12,T exhibited a eutectic melting point at 30 wt-% PA-6,T, with melting points decreasing linearly from 315 and 292 °C to minima of 280 and 272 °C, respectively.
This dependence is stronger in the maximum epoch than in the minimum epoch of solar activity, and is provided by the essential temporal rearrangements of the structure of the Interplanetary Magnetic Field (IMF) turbulence from the maxima to minima epoch of solar activity.
This transfer leads to minima in the current which fit well with and QE.
