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A physical model explaining the results obtained is proposed.
In this report we propose a physical model explaining the functioning of the assay.
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Simulations in the proposed physical model explained the reason of enhancement of hysteresis phenomenon.
Several researchers have addressed the depolarisation effect, providing statistical models for the channel depolarisation effects based on measurements, while only few have provided physical models explaining the actual source of depolarisation [4, 5].
A physical model for explaining the performance enhancement was proposed as following: The plasma-treated channel top layer could be separated and forms an ambipolar charge-trapping layer, allowing the high-performance non-volatile retention and multibit states in this FET.
4) Providing a better description of the construction of the passive model, and (if feasible) providing a physical model (or explaining why this was not done).
4) Providing a better description of the construction of the passive model, and (if feasible) providing a physical model (or explaining why this was not done); 5) Addressing the point either experimentally or with clarification of the (apparently) very low N (=3) for the pcd mice; 6) Improving presentation of the results/figures/sequence of calling figures, as indicated in the reviews.
In regression modeling of total duration of physical activity, TUG provided the only significant model, explaining 36% of the variance.
A new physical model to explain the Hall Petch relation is proposed.
A possible physical model to explain the seismic quiescence and activation simultaneously might be an LSSE model on the upper boundary of the subducting PA plate.
A physical model to explain the image contrast in daguerreotypes can be accounted for via diffuse reflectance of high density Hg-bearing nanoparticles in highlight regions, relative to specular reflectance in shadow regions that contain few image particles [2, 3].
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com