Reflection intensity bounds can be graphed from delay and distance alone
Evidence
Because there is a direct correspondence between delay, distance from the source and the reduction in intensity due to the inverse square law, we can plot all this on a common graph (see Figure 6.6), which shows the maximum bounds of the intensity level of reflections, provided there are no focusing effects. — David M. Howard, Jamie Angus, Acoustics and Psychoacoustics, 1717
Related
- Delay, distance, and intensity loss can be plotted on one common graph (similarity 0.91)
- A time delay of a reflection imprints a comb of enhanced and suppressed frequencies (similarity 0.79)
- Early reflections must stay below roughly 15 dB to avoid blurring a stereo image (similarity 0.78)
- Music listeners prefer reflections far stronger and later than small rooms provide. (similarity 0.78)