Ralf11 Posted November 10, 2018 Share Posted November 10, 2018 Agree - the length is the first thing that struck me. A nice wall to allow access behind the electronics?? OTOH, the ceiling is not flat so conv. room size calcs. need to be adjusted... Link to comment
Ralf11 Posted November 13, 2018 Share Posted November 13, 2018 yup - time for some ray tracing, followed by a light shower of diffusers John G 1 Link to comment
Ralf11 Posted November 20, 2018 Share Posted November 20, 2018 imagining that each surface is a mirror works well for high freq.s - not at all for low freq.s - you can have someone hold a real mirror and slide it along the wall too acoustics IS a science, but in practice, it is a very complex science - there are lots and lots of things you should take account of - compare with the practice of medicine: also a science, but you have to first gather signs/symptoms, then work backwards along the chain of physiology to what could be causing them (it takes more than a few years to learn that) you need a way to parse your problem... that is really what expert #3 should be doing for you Link to comment
Ralf11 Posted November 21, 2018 Share Posted November 21, 2018 3 ft. will be fine or closer and use room tmts. behind your seat Master Handbook of Acoustics by F. Alton Everest (Author), Ken Pohlmann (Author) should be your bible Springer has a tome out also this is not rocket surgery Link to comment
Ralf11 Posted November 25, 2018 Share Posted November 25, 2018 https://www.physicsclassroom.com/mmedia/waves/er.cfm http://musicweb.ucsd.edu/~trsmyth/space170/Delay_between.html Link to comment
Ralf11 Posted May 17, 2019 Share Posted May 17, 2019 it's all absorption foam - no tube traps or diffusers? Link to comment
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