Hi Marty,
Well I can't discount your experience, especially since you were taking actual measurements, nor can I explain it.
In an AES paper entitled "Dipole Loudspeaker Response in Listening Rooms", researcher James M. Kates compares the response of monopole and a dipole at various listening positions and toe-in angles, and he finds the dipole to be usually (but not always) smoother in the bass region.
In an unprinted supplement to his review of the dipole-bass Gradient Revolution, Robert E. Greene records its in-room frequency response, which he finds to be remarkably smooth in the bass region. You can see this supplement at his website:
http://www.regonaudio.com/Gradient%20Revolution%20Loudspeaker.html
Again, I cannot explain your experience. Perhaps the Maggies do not start out "flat" in the bass region; I recall seeing a Stereophile measurement that did not look flat, but it may have been their measurement technique.
Best wishes,
Duke
Well I can't discount your experience, especially since you were taking actual measurements, nor can I explain it.
In an AES paper entitled "Dipole Loudspeaker Response in Listening Rooms", researcher James M. Kates compares the response of monopole and a dipole at various listening positions and toe-in angles, and he finds the dipole to be usually (but not always) smoother in the bass region.
In an unprinted supplement to his review of the dipole-bass Gradient Revolution, Robert E. Greene records its in-room frequency response, which he finds to be remarkably smooth in the bass region. You can see this supplement at his website:
http://www.regonaudio.com/Gradient%20Revolution%20Loudspeaker.html
Again, I cannot explain your experience. Perhaps the Maggies do not start out "flat" in the bass region; I recall seeing a Stereophile measurement that did not look flat, but it may have been their measurement technique.
Best wishes,
Duke