Yes, very much so. So much that I use the same linear scale in my AP measurements for headphones. Log compresses scales and emphasizes the wrong thing. Take this DT880 review I just posted:
https://www.audiosciencereview.com/...ynamic-dt-880-600-ohm-review-headphone.24694/
Here are the two views of the distortion graph:
View attachment 138813
Notice how revealing the left graph is as far as where the problem areas is, i.e. the low frequencies. The dB log scale on the other hand, emphasizes the high frequencies by showing them prominently making any such interpretation much harder.
If we needed to see the peaks of the distortion, then log is useful but in the above analysis, it doesn't matter once it blows the top of the chart. But just in case, I do show the log version of the distortion in absolute scale:
View attachment 138816
Sometimes I find this latter presentation to be more useful but other times, the previous linear one gives the story so much better. Imagine trying to memorize what is good or bad in the second graph. It is hard whereas in the first, as soon as you see the lines shoot up above the top, you know you have a high distortion transducer.
I literally spent days trying to figure out how to present the data in a way that had quick meaning and kept failing until I landed on the above discovery of showing THD+N as a linear percent.