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(a d) Time course images (a,b) and change of average fluorescence intensity (c,d) of GFP signals in single isolated leaf cells.
The pattern and the correlation length of rough surface were checked and found to have no effect on the relation of wear volume and change of average roughness.
The simulated results show that the variation of wear volume and the change of average roughness can be described by a second order polynomial.
Initial values and rates of change of Average Rectified Value (ARV), MeaN power Frequency (MNF) and muscle fiber Conduction Velocity (CV) were calculated to compare the effects of the two contraction modalities.
The relation of wear volume and the change of average surface roughness under the "zero-wear" condition was derived, with the assumption that the original profiles of the surface below the wear plane remain exactly the same as before, i.e. no plastic deformation.
Note that this result was the change of average speed in one stroke cycle.
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Significant regression models describing the changes of average chain length, fructan precipitation yield and purity value of fructans were developed with the coefficient of determination greater than 0.8.
(a d) Time course images (a,b) and changes of average fluorescence intensity (c,d) of GFP signals in isolated adjacent cells in RM09 #35 (a,c) and RM55 #69 (b,d) lines, respectively.
Figure 11 gives the changes of average Nusselt numbers with the rotation angles of enclosure.
Figure 9 shows the changes of average Nusselt numbers with nanoparticle mass fractions.
Figure 10 shows the changes of average Nusselt numbers with heating power.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com