Remove the pan from the heat, correct seasoning and stir in the tomatoes.
The resulting integrated heats were corrected for the heat of dilution, then fitted to a one-site binding model and binding constants calculated using the Origin software (OriginLab, MA).
At site C, heat flow corrected for the topographic effect is about 65 mW/m2, except for local high values on the lowest part of the fault scarp.
Recalculated heat flows, corrected for palaeoclimate and topography, are shown in Table 1; as explained previously, the values from Medlyn Farm, Soussons Wood, Hemerdon, South Crofty and Geevor are no longer considered valid.
Results of measurements at sites deeper than 2,800 m indicate that the regional heat flow, corrected for surface disturbances including the influence of bathymetric relief, is about 65 mwhich whish is consistent with the value calculated using subduction thermal models.
For the latter, temperatures as measured from frictional heating are corrected and evaluated according to known temperature models.
TRM1* and TRM2* denote the TRM imparted in the first (TRM1) and second (TRM2) heating, as corrected using the technique of Rolph and Shaw (1985): mathrm{T}mathrm{R}mathrm{M}1* = mathrm{T}mathrm{R}mathrm{M}1 times left(mathrm{ARM}0/mathrm{ARM}1right) mathrm{T}mathrm{R}mathrm{M}2* = mathrm{T}mathrm{R}mathrm{M}2 times left(mathrm{ARM}1/mathrm{ARM}2right).
The integrated heat data were corrected for the heat of dilution and blank effects and the corrected data fit for a binding model by nonlinear regression.
The experimentally observed heat signals were corrected for the background heat signals, which were essentially the heats of dilution of the ligands in the buffer.
All heats of binding were corrected for heat of dilution by subtraction of average heat associated with multiple injections of ligand performed after saturation of protein (12).
The level of three-dimensional interconnectivity of the Mg2Si eutectic phase decreases by only partial disintegration during the heat treatment correcting the two-dimensional metallographic impression of isolated round particles.
