EDO: Difference between revisions
m →10000 and up: +10009 |
|||
| Line 1,234: | Line 1,234: | ||
{{EDOs | {{EDOs | ||
| 10600, 11664, 12000, 12276, 12348, 12500, 13382, 14124, 14348, 14618, 14842, 15601, 15900, 16384, 16625, 16808, 17461, 18355, 20203, 20567, 21489, 25281, 28000, 30103, 30631, 31867, 31920, 32768, 34691, 46032, 50562, 58973, 65536, 73709, 78005, 79335, 80000, 86400, 98304, 99693, 102557, 103169, 111202, 120000, 148418, 190537, 196608, 241200, 253389, 258008, 324296, 571611, 762148, 1200000, 1714833, 1905370, 2547047, 2667518, 2901533, 4191814, 6000000, 11358058, 402653184, 5407372813}} | | 10009, 10600, 11664, 12000, 12276, 12348, 12500, 13382, 14124, 14348, 14618, 14842, 15601, 15900, 16384, 16625, 16808, 17461, 18355, 20203, 20567, 21489, 25281, 28000, 30103, 30631, 31867, 31920, 32768, 34691, 46032, 50562, 58973, 65536, 73709, 78005, 79335, 80000, 86400, 98304, 99693, 102557, 103169, 111202, 120000, 148418, 190537, 196608, 241200, 253389, 258008, 324296, 571611, 762148, 1200000, 1714833, 1905370, 2547047, 2667518, 2901533, 4191814, 6000000, 11358058, 402653184, 5407372813}} | ||
The largest physically possible EDO in a frequency range can be found through molecular physics such as the [[mean free path]] combined with the [[wikipedia: Speed of sound|speed of sound]] in a given substance. | The largest physically possible EDO in a frequency range can be found through molecular physics such as the [[mean free path]] combined with the [[wikipedia: Speed of sound|speed of sound]] in a given substance. | ||