However, this method also leads to lower turbo-expander efficiency.
The method also leads to decreased noise in the material temperature at the cost of a potential increase in the radiation temperature noise.
The method also leads to a graphical technique whereby the relationship between the energy flow direction and the helical wave angle may readily be visualized.
This method also leads to stability estimates at the boundary [192].
This method also leads to a reduced model where the external perturbation is time-averaged.
Using the kd-tree nearest neighbor search method also leads to a high computation cost and a long runtime.
Just as in the first method, this method also leads to the occurrence of the same potential in magneto-conjugated points.
The combined p method also leads to useful diagnostics.
Apart from a reduction in the number of state variables, our model reduction method also leads to a reduction in the number of reactions and parameters of the model.
Different analysis methods also led to different p-values in some instances.
