Index
439
pressure on mouthpiece, 65
resonance, 80, 89, 91
two-dimensional motion, 72
vibration, 63, 65
vibration frequency, 41
volume flow, 96
Lip valve, 223, 226
Lituus, 402
Live electronics, 413
Loudness, 35
Loughnashade horn, 9
Lumped resonator, 102, 103
Lung pressure, 38
Lungs, 301
Lur, bronze, 8
M
Mach number, 288
Maillechort, 392
Mandrel, 393, 394
Manufacture, 391
Martin, D., 65
Material, 3, 312, 391
bell, 30
McGurk Effect, 29
Mean flow, 43
Mellophone, 353
Mersenne, M., 401
Metal forming, 393
Meyer, J., 192
Microphone, 32
Military horn, 361
Miller, D.C., 316
Minimally Invasive Gesture Sensing Interface
(MIGSI), 417
Modal decomposition, 209
Model
elementary, 217
Model, numerical, 48
Model, theoretical, 48
Modelling, 31, 47
Monopole radiation, 181
Monteverdi, C., 175
Moreesc, 268
Morrill, D., 414
Mouth, artificial, 76
Mouth ovepressure, 65
Mouthpiece, 138, 339, 369
backbore, 375
choice of, 20, 27
cup shape, 375, 376, 378
cup volume, 146, 375
effective volume, 376
effect on intonation, 142
effect on timbre, 142
interchangeability, 370
parameters, 375
pressure, 36, 81, 382
pressure on lips, 65
reference cone, 376
resonance, 138
slapping, 112, 142
throat, 370
transparent, 65, 66, 72
vibration, 325
Mouthpipe, 393
Mouthpipe constriction, 372
Mouth pressure, 21, 38, 65, 81
acoustic, 296
experimental, 232
threshold, 38, 230
Moving circle lip model, 71
Moving diamond lip model, 71
Moving rectangle lip model, 71
Multimodal impedance caculation, 209
Multimodal integration, 30
Multiphonic, 57, 233, 264
Multisensory integration, 30
Muscles, 21, 63
Mutantrumpet, 415
Mute, 164
baroque, 174
cavity resonance, 167
cup, 172
external, 165
Harmon, 170
internal, 165
plunger, 172
practice, 165
straight, 165
transposing, 174
wah-wah, 170
N
Narrow sounds, 28
Natural horn, 359
Natural note, 9, 14, 16, 50, 52, 214
Natural trumpet, 351
contrabass, 366
Navier Stokes equation, 200
Near field, 180
Neill, B., 415
Neimark-Sacker bifurcation, 264
Néocor, 355
Node, pressure, 111
Nominal pitch, 15, 338
439
pressure on mouthpiece, 65
resonance, 80, 89, 91
two-dimensional motion, 72
vibration, 63, 65
vibration frequency, 41
volume flow, 96
Lip valve, 223, 226
Lituus, 402
Live electronics, 413
Loudness, 35
Loughnashade horn, 9
Lumped resonator, 102, 103
Lung pressure, 38
Lungs, 301
Lur, bronze, 8
M
Mach number, 288
Maillechort, 392
Mandrel, 393, 394
Manufacture, 391
Martin, D., 65
Material, 3, 312, 391
bell, 30
McGurk Effect, 29
Mean flow, 43
Mellophone, 353
Mersenne, M., 401
Metal forming, 393
Meyer, J., 192
Microphone, 32
Military horn, 361
Miller, D.C., 316
Minimally Invasive Gesture Sensing Interface
(MIGSI), 417
Modal decomposition, 209
Model
elementary, 217
Model, numerical, 48
Model, theoretical, 48
Modelling, 31, 47
Monopole radiation, 181
Monteverdi, C., 175
Moreesc, 268
Morrill, D., 414
Mouth, artificial, 76
Mouth ovepressure, 65
Mouthpiece, 138, 339, 369
backbore, 375
choice of, 20, 27
cup shape, 375, 376, 378
cup volume, 146, 375
effective volume, 376
effect on intonation, 142
effect on timbre, 142
interchangeability, 370
parameters, 375
pressure, 36, 81, 382
pressure on lips, 65
reference cone, 376
resonance, 138
slapping, 112, 142
throat, 370
transparent, 65, 66, 72
vibration, 325
Mouthpipe, 393
Mouthpipe constriction, 372
Mouth pressure, 21, 38, 65, 81
acoustic, 296
experimental, 232
threshold, 38, 230
Moving circle lip model, 71
Moving diamond lip model, 71
Moving rectangle lip model, 71
Multimodal impedance caculation, 209
Multimodal integration, 30
Multiphonic, 57, 233, 264
Multisensory integration, 30
Muscles, 21, 63
Mutantrumpet, 415
Mute, 164
baroque, 174
cavity resonance, 167
cup, 172
external, 165
Harmon, 170
internal, 165
plunger, 172
practice, 165
straight, 165
transposing, 174
wah-wah, 170
N
Narrow sounds, 28
Natural horn, 359
Natural note, 9, 14, 16, 50, 52, 214
Natural trumpet, 351
contrabass, 366
Navier Stokes equation, 200
Near field, 180
Neill, B., 415
Neimark-Sacker bifurcation, 264
Néocor, 355
Node, pressure, 111
Nominal pitch, 15, 338