"The physics (theory) do not agree with common sense"
But the measurements do, just measure 1m from the back of the speaker and 1m from the front of a Dipole and a Monopole then measure at the listening position. Compare them, then we'll be in agreement about How a Dipole really works in a room and what all that math you copied equates too. Please note the high frequencies are the exact frequencies that matter most in why I made my 4 ch. comments (Orions are only dipoles to 1440hz>24db/oct). Which is why Electrostatic Dipoles image overly large and are vastly different in their behaviour to the Orions. SL's experience with center channels is exactly why you don't want Dipoles for surround and why they make better 2 channel speakers than Monopoles.
Not all of us are on the SL train especially when it comes to surround sound! The Orions are great speakers but...
...I'd like to note CDwallaces post said "conventional box speaker", so my rec's are limited to the restriction placed by the original post.
have a good one
But the measurements do, just measure 1m from the back of the speaker and 1m from the front of a Dipole and a Monopole then measure at the listening position. Compare them, then we'll be in agreement about How a Dipole really works in a room and what all that math you copied equates too. Please note the high frequencies are the exact frequencies that matter most in why I made my 4 ch. comments (Orions are only dipoles to 1440hz>24db/oct). Which is why Electrostatic Dipoles image overly large and are vastly different in their behaviour to the Orions. SL's experience with center channels is exactly why you don't want Dipoles for surround and why they make better 2 channel speakers than Monopoles.
Not all of us are on the SL train especially when it comes to surround sound! The Orions are great speakers but...
...I'd like to note CDwallaces post said "conventional box speaker", so my rec's are limited to the restriction placed by the original post.
have a good one