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The exponential recovery of myocardial T1 reflects the washout of the contrast agent from the myocardium.
The experimental data points have been fitted by the exponential recovery law.
A dynamic evaluation of the method is performed when exponential recovery and motor loads are embedded.
As visible, the experimental data are well described by an exponential recovery function (i.e., α = a − b × e−kt).
However, with increasing fluence there appears a positive contribution affecting the normal exponential recovery of state filling.
The exponential recovery of the SF is attributed to carriers moving out of the excitation region to the various surface-related states located near the excitation region.
Similar(43)
It is clearly evident from the Si-NCs time-resolved data that there is a sharp drop in the induced absorption signal followed by a multi-exponential recovery toward equilibrium.
The changes in water saturation (and the accompanying removal of silicone oil) and the variations in the volume fraction, specific surface area, and cube-counting fractal dimension of the water phase fit well with the single-exponential recovery function {f(t)="a[1-exp -λt)]}.
Therefore, we only see a single-exponential recovery.
In both cases there is a good fit to a single-exponential recovery curve.
Each derived curve was then fitted to a mono-exponential recovery model, I t) = M(1 −e −τ·t ), using the Matlab fit function (with the method being set to Nonlinear Least Squares), where M is the mobile fraction and τ was used to derive the dwell time, τ1/2 as τ1/2 = −ln(0.5)/ τ.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com