The component of spin along a given axis – by convention the z axis – is often denoted by an up arrow ↑ for the value + and down arrow ↓ for the value −, placed after the symbol for flavor.
An explanation for this "strength differential effect" is proposed: The analysis of the generation process of stress-induced martensite (SIM) variants in a single crystal reveals that for a given load axis, the largest possible transformation strains in tension loading can be more than twice as high as respective compression strains.
Due to the non-linear relationship between the Cartesian space and the joint space, the feedrate planning method for a given five-axis toolpath is very limited compared with that in three-axis machining.
For each configuration the total wall-clock time is used to compute the speed-up (y-axis) for a given N (x-axis).
The basis for giving axis 1 precedence is not demanded by the data.
Envision a residual MVA plot for each sample where, for a given sample, the horizontal axis corresponds to the mean over all samples (the simplest linear model); the vertical axis corresponds to the difference of this sample from the mean of all samples (i.e., residuals from this simple linear model).
For a given segment along X axis direction, the motion of polishing tool center is uniform linear motion in segment C x [(x s,y)−(x e,y)].
To determine whether there was a relationship between the variables mentioned above, a scatterplot was created for each species wherein the independent axis represented variability in cell counts for a given individual, and the dependent axis represented variability in kinome profile.
Accurate to "less than 1.0 mm in the x-axis and 2.3 mm in the y-axis for a given stab position," which is pretty good, I guess.
The mechanics were robust and the positioning system highly reproducible with standard deviations of less than 1.0 mm in the x-axis and 2.3 mm in the y-axis for a given stab position.
