(This is from the original 1993 list with updates pending.)
Ballou, G. (1987), Ed., Handbook for Sound Engineers: the new audio encyclopedia (Howard W. Sams), ISBN 0-672-21983-2.
Benson, K. B. (1988), Ed., Audio Engineering Handbook (McGraw-Hill), ISBN 0-07-004777-4, Call no. TK 7881.4 A923 1988.
Bolton, W. C. (1968), Physics experiments and projects, v.2 Waves and particles (New York, Oxford: Pergamon Press), Call no. QC33 .B65 1968 v.1.
Chew, W. C. (1990), Waves and fields in inhomogeneous media (van Nostrand Reinhold), ISBN 0-442-23816-9, Call no. QC 665 E4 C48 1990.
Dowling, A. P. and J. E. Ffowcs Williams (1983), Sound and Sources of Sound (Halstead Press), ISBN 0-470-27388-7 (pb), Call no. QC 225.15.
Jones, D. S. (1986), Acoustic and electromagnetic waves (Oxford), ISBN 0-19-853380-2 (pb), Call no. 84-27226.
Kino, G. S. (1987), Acoustic Waves: devices, imaging, and analog signal processing (Prenitce-Hall), ISBN 0-13-003047-3, Call no. TA 365 K53 1987.
Kinsler, L. E. and A. R. Frey, Coppens, Alan B., and Sanders, James V. (1982), Fundamentals of Acoustics, 3rd ed. (Wiley), ISBN 0-471-02933-5, Call no. QC 243 F86 1982.
Kock, W. E. (1971), Seeing sound (Wiley), ISBN 0-471-49710-X.
Mason, W. P., Ed., Physical Acoustics, Vol.1 etc (Academic).
Miller, H. B. (1982), Ed., Acoustic measurements: methods and instrumentation, benchmark papers in acoustics, v.16 (Hutchinson Ross), ISBN 0-87933-415-0, Call no. QC 243 A24.
Munjal, M. L. (1987), Acoustics of Ducts and Mufflers: with application to exhaust and ventilation system design (Wiley), ISBN 0-471-84738-0, Call no. TH 7683 D8 M86 1986.
Pierce, A. D. (1989), Acoustics, An Introduction to Its Physical Principles and Applications (Acoustical Society of America).
Woram, J. M. (1982), The Recording Studio Handbook (ELAR Publishing Co.), ISBN 0-914130-01-3.
Annett, C. H. (1979), "Observation of the first overtone mode in an automobile whip antenna," AJP 47, 820-822.
Apfel, R. E. (1985), ""Whispering" waves in a wineglass," AJP 53, 1070-1073.
Armstrong, H. L. (1983), "An experiment on sound in an enclosure," AJP 51, 1052-1053.
Ashkenazi, S. and E. Polturak (1988), "An acoustic laboratory experiment to determine the coefficient of mutual diffusion of gases," AJP 56, 836-9.
Barnes, G. (1974), "A Doppler experiment," AJP 42, 905-909.
Barton, G. W., Jr. (1976), "Reflections on the "forms of sounds"," AJP 44, 593-594.
Berek, H. E. and D. McGraw (1973), "A mellow mechanical modulator," AJP 41, 931-932.
Bernstein, A. D. (1977), "Listening to the coefficient of restitution," AJP 45, 41-44.
Bylsma, R., N. Ai, and D. A. van Baak (1988), "Oscillations of a suspended chain," AJP 56, 1024-1032.
Crawford, F. S. (1982), "The hot chocolate effect," AJP 50, 398-404.
Crawford, F. S., Jr. (1970), "Chirped handclaps," AJP 38, 378.
Crawford, F. S. (1990), "Hot water, fresh beer, and salt," AJP 58, 1033-1036.
Daw, H. A. (1988), "The normal mode structure on the two-dimensional flame table," AJP 56, 913-915.
Daw, H. A. and Committee on Apparatus of the AAPT (1968), "A sound pipe," AJP 36, 1022.
Driver, H. S. T. (1978), "Demonstration of transient beats," AJP 46, 1080-1082.
Evans, R. E. and A. A. Putnam (1966), "Rijke tube apparatus," AJP 34, 360-361.
Forinash, K., J. P. Richie, Jr., and T. Jones (1990), "Wind chime physics," AJP 58, 82-83.
French, A. P. (1983), "In Vino Veritas: a study of wineglass acoustics," AJP 51, 688-694.
Hall, D. E. (1987), "Wind velocity and temperature from audio phase shift," AJP 55, 761.
Hartmann, W. M. (1986), "The dynamically shifted oscillator," AJP 54, 28-32.
Hayn, C. H. (1972), "Experiment in oscillatory motion," AJP 40, 779-780.
Hunt, J. (1990), "A vertical sonometer," AJP 58, 93.
Hutchins, D. K. (1976), "Optical Doppler shift experiment," AJP 44, 391-392.
Hwu, Y. P. (1982), "Single-beam holographic technique on sinusoidal vibration," AJP 50, 281.
Jones, G. E. and J. L. Ferguson (1980), "Easy displacement versus time graphs for a vibrating string: tuning a quitar by television," AJP 48, 362-364.
Jones, G. E. and Gordon W. Paul (1979), "Apparatus for a shattering experience," AJP 47, 828-829.
Jones, G. E. and F. G. Liming (1979), "Demonstration cart for a physics of sound course," AJP 47, 199-200.
Joyce, W. B. (1975), "Radiation force and the classical mechanics of photons and phonons," AJP 43, 245-255.
Junod, A. and J. Muller (1977), "A simple demonstration on the freezng of the rotational energy of molecular hydrogen," AJP 45, 957-959.
Khosropour, R. and P. Millet (1992), "Demonstrating the bent tuning curve," AJP 60, 429-432.
Klingsporn, P. E. (1988), "Rocking oscillatory motion and a technique for its measurement," AJP 56, 796-801.
Lafleur, L. D., J. J. Matese, and R. L. Spross (1982), "Time-domain analysis of acoustic transmission by dense thin films," AJP 50, 1031-1035.
Lai, H. M., L. Leung, K. Lee, and K. P. Chik (1986), "Mechanical analog of optical retarders," AJP 54, 455-8.
Lee, B. E. (1974), "Dynamic force measurement with strain gauges," AJP 42, 108-110.
Lord, A. E., Jr. (1973), "Simple means of generating longitudinal elastic pulses in liquids," AJP 41, 433-435.
Main, I. G. (1988), "The use of a moving-coil galvanometer to demonstrate free and forced vibrations," AJP 56, 839-841.
Mazur, P. and F. A. Blood, Jr. (1972), "Comparison of normal modes of an end-weighted discrete and continuous linear chain," AJP 40, 1694-1696.
McDonald, F. A. (1980), "Photoacoustic effect and the physics of waves," AJP 48, 41-47.
Nielsen, P. (1971), "Basketballs for vibration isolation," AJP 39, 966.
Ouseph, P. J. and J. P. Ouseph (1987), "Electromagnetically driven resonance apparatus," AJP 55, 1126-9.
Piccard, R. D. (1986), "Argand diagrams, harmonic oscillators, and record-playing tonearms," AJP 54, 342-345.
Pierce, D. T. and R. L. Byer (1973), "Experiments on the interaction of light and sound for the advanced laboratory," AJP 41, 314-325.
Powers, G. M. (1966), "Portable anechoic chamber for 16mm sound equipment," AJP 34, 706.
Romer, I. C., Jr. (1970), "Some observations on variable-geometry phase methods of measuring sound wavelength," AJP 38, 534-535.
Rossing, T. D. (1973), "Experiments in molecular physics with an acoustic interferometer," AJP 41, 351-354.
Rossing, T. D. and D. A. Russell (1990), "Laboratory observation of elastic waves in solids," AJP 58, 1153-62.
Rush, W. F. and J. E. Heubler (1982), "Photoacoustic effect demonstration," AJP 50, 669.
Schiel, D., J. Slaets, and S. Mascarenhas (1978), "Measurment of acoustical second-order Doppler effect as an introductory experiment to special relativity," AJP 46, 211-213.
Smith, J. H. and J. S. Shaw (1974), "An unfamiliar and inexpensive tone generator," AJP 42, 780-781.
Smith, P. A., C. D. Spencer, and D. E. Jones (1981), "Microcomputer listens to the coefficient of restitution," AJP 49, 136-140.
Soloman, J. and R. Prigo (1987), "Eavesdropping with a laser," AJP 55, 381.
Sundaralingam, K. (1978), "Comment on "Listening to the coefficient of restitution" [Alan D. Bernstein, Am. J. Phys. 45, 41-44 (1977) ... with reply by Alan D. Bernstein," AJP 46, 951-952.
Western, A. B. (1980), "Demonstration for observing J0(x) on a resonant rotating vertical chain," AJP 48, 54-56.
Wheatley, J., T. Hofler, G. W. Swift, and A. Migliori (1985), "Understanding some simple phenomena in thermoacoustics with applications to acoustical heat engines," AJP 53, 147-162.
Wilson, F. and A. E. Lord, Jr. (1973), "Young's modulus determination via simple, inexpensive static and dynamic measurements," AJP 41, 653-656.
Wright, W. M. (1970), "Experiment for the study of acoustic wave phenomena," AJP 38, 110-111.
Zhong, A. (1989), "An acoustic Doppler shift experiment with the signal-receiving relay," AJP 57, 49-50.
Leighton, T. G., K. J. Fagan, and J. E. Field (1991), "Acoustic and photographic studies of injected bubbles," EJP 12, 77-85.
Leighton, T. G. and A. J. Walton (1987), "An experimantal study of the sound emitted from gas bubbles in a liquid," EJP 8, 98-104.
Pumphrey, H. C. and A. J. Walton (1988), "Experimental study of the sound emitted by water drops impacting on a water surface," EJP 9, 225-231.
Beeston, J. A. (1981), "Display of oscillations and resonance in tuned circuits," PE 16, 55-57.
Fay, P. J. (1988), "An experiment with sound beats," PE 23, 57.
Lord, P. (1981), "The challenge of acoustics," PE 16, 11-15.
Moore, G. S. M. (1988), "Amplifying sound with water jets," PE 23, 329.
Nicholl, B. (1982), "Electromagnetic and sound waves in underground detection," PE 17, 260-263.
Richards, D. A. (1981), "Coupled oscillations," PE 16, 83.
Sweet, M. A. S. and G. K. Still (1980), "A versatile nodal slide," PE 15, 106-108.
Taylor, C. (1979), "Sound in the sixth," PE 14, 20-25.
Waks, S. (1986), "Phase difference: a concrete rather than an abstract concept," PE 21, 184-187.
Albergotti, J. C. (1981), "Speed of sound by a time-of-flight method," AJP 49, 595-596.
Ames, O. (1970), "A direcr measurement of the speed of sound in rods," AJP 38, 1151-1152.
Chadda, S. and S. P. M. Rao (1979), "Determination of ultrasonic velocity in liquids using optical diffraction by short acoustic pulses," AJP 47, 464-465.
Eddy, J. K., J. N. Fox, N. W. Gaggini, D. Ramsey, and T. Kirkpatrick (1987), "The velocity of sound in a closed tube," AJP 55, 1136-1138.
El Hakeem, A. S. (1965), "A refined-tube method for measuring the sound wavlength in gases," AJP 33, 263-265.
El Hakeem, A. S., R. A. Gaggioli, and I. C. Romer, Jr. (1966), "Refined method for measuring the sound wavelength in gases - discussion," AJP 34, 1197.
Gale, D. S. (1980), "Measuring the speed of sound," AJP 48, 498.
Karshner, G. B. (1989), "Direct method for measuring the speed of sound," AJP 57, 920-2.
Mamola, K. C. (1974), "Measurement of sound velocities in metal wires," AJP 42, 1117-1118.
Manka, C. K. (1969), "A direct measurement of the speed of sound," AJP 37, 223-224.
Morack, J. L. and T. D. Roberts (1971), "Sound wave propagation in a moving medium and the Michelson-Morley experiment," AJP 39, 1203-1205.
Neeson, J. F. and S. Austin (1975), "Sound velocity and diffraction intensity measurements based on Raman-Nath theory of the interaction light and ultrasound," AJP 43, 984-986.
Neeson, J. F., K. C. Lum, and E. Blazejewski (1977), "Extension of sound velocity measurements based on Rama-Nath theory," AJP 45, 299-301.
Ouseph, P. J. and J. J. Link (1984), "Variation of speed of sound in air with temperature," AJP 52, 661.
Palmer, S. B. (1971), "Measurement of the velocity of sound in liquids," AJP 39, 340-342.
Rhyner, C. R. (1970), "Measurement of the speed of sound in metal rods," AJP 38, 1152-1153.
Romer, I. C., jr. and P. E. Koentop (1965), "Tube method for measuring the velocity of sound in gases," AJP 33, 803-806.
Spenceley, B. J., P. Dakin, and K. F. N. Scott (1965), "Velocity of sound in air using schlieen technique," AJP 33, 51-54.
Bates, P. A. (1983), "Microcomputer measurement of the velocity of sound in air," PE 18, 128-135.
Jarvis, W. H. (1988), "Measurement of the speed of sound," PE 23.
Aljishi, S. and J. Tatarkiewicz (1991), "Why does heating water in a kettle produce sound?," AJP 59, 628-632.
Crawford, F. S. (1974), "Singing corrugated pipes," AJP 42, 278-288.
Horton, P. B. (1969), "Designing an 'acoustic suspension' speaker system in the general physics laboratory: a 'divergent' experiment," AJP 37, 1100-1103.
Shapiro, W. A. (1965), "Anomalous acoustic medium," AJP 33, 1083.
Sillitto, R. M. (1966), "Angular distribution of the acoustic radiation froma tuning fork," AJP 34, 639-644.
Tan, B. T. G. (1982), "Fundamental resonant frequency of a loudspeaker," AJP 50, 348-51.
Brice, J. C. (1981), "Quartz resonators," PE 16, 162-166.
Bodey, D. W. (1985), "The sonometer and VELA," PE 20, 78-79.
Brice, J. C. (1981), "Quartz resonators," PE 16, 162-166.
Rossing, T. D. (1982), "Experiments with an impedance tube in the acoustics laboratory," AJP 50, 1137-41.
Pope, P. N. (1985), "An undergraduate experiment on acoustic impedance," EJP 6, 13-15.
Hildebrand, B. P. and B. B. Brenden (1972), An introduction to acoustical holography (Plenum), ISBN 0-306-30561-5.
Metherell, A. F., H. M. A. El-Sum, and L. Larmore (1969), Eds., Acoustic holography, vol. 1 (Plenum).
Stroke, G. W., W. E. Kock, Y. Kikuchi, and J. Tsujiuchi (1974), Eds., Ultrasonic imaging and holography: medical, sonar; and optical applications (Plenum), ISBN 0-306-30762-6, Call no. QC 244.5 U58 1973U.
Bloch, S. C. (1965), "Electromagnetic and acoustic interference analog," AJP 33, 164.
Blum, H. (1974), "Acoustic interference demonstration," AJP 42, 413-414.
Boyer, R. A. (1966), "Acoustical interferometer for 'open-ended' laboratory experiments," AJP 34, 946-948.
Crawford, F. S. (1973), "Simple demonstrations of Doppler effect, interference, and radiation resistance using a sonalert," AJP 41, 727730.
Crawford, F. S. (1991), "Cube corner retroreflectors for sound waves," AJP 59, 176-178.
Edge, R. D. (1976), "Acoustic grating," AJP 44, 400.
Narod, B. B. and M. J. Yedlin (1986), "A basic acoustic diffraction experiment for demonstrating the geometric theory of diffraction," AJP 54, 1121-6.
Oxley, D. P. and L. S. Miller (1970), "A simple demonstration of the reconstruction of acoustic holograms," AJP 38, 919-920.
Rossing, T. D. (1973), "Experiments in molecular physics with an acoustic interferometer," AJP 41, 351-354.
Young, C. T. (1987), "A sound reflection laboratory model," AJP 55, 983-6.
Barrett, H. H. and J. H. Matsinger (1971), "Use of ultrasonic apparatus for the demonstration of resonant cavity properties," AJP 39, 337-338.
Boullosa, R. R. and F. Orduña-Bustamente (1992), "The reaction force on a Helmholz resonator driven at high sound pressure amplitudes," AJP 60, 722-726.
Bretz, M., M. L. Shapiro, and M. R. Moldover (1989), "Spherical acoustic resonators in the undergraduate laboratory," AJP 57, 129-33.
Briggs, E., B. Netterfield, J. Barber, and R. Peterson (1993), "Resonance display apparatus," AJP 61, 279-281.
Crawford, F. S. (1988), "Lowest modes of a bottle," AJP 56, 702-712.
Curzon, F. L. and D. Plant (1986), "Using perturbed resonant frequencies to study eigenmodes of an acoustic resonator," AJP 54, 367-72.
Dale, E. B. (1979), "Demonstration of the effect of altering the cavity resonance of a violin," AJP 47, 201.
Daw, H. A. (1987), "A two-dimensional flame table," AJP 55, 733-737.
Hastings, R. B. (1969), "Thermistor explorations in a Kundt tube," AJP 37, 709-712.
Ingard, U. and D. C. Galehouse (1971), "Second-order pressure distribution in an acoustic normal mode in a rectangular cavity," AJP 39, 811-814.
Jewett, J. W., Jr. (1980), "Air column resonance spectra using basic laboratory equipment," AJP 48, 24-27.
Jihui, D. and C. T. P. Wang (1985), "Demonstration of longitudinal standing waves in a pipe revisited," AJP 53, 1110-1112.
LaCasce, E. O. (1975), "Simple demonstration of wave phenomena in an acoustic resonant chamber," AJP 43, 642-643.
Podlesak, M. and A. R. Lee (1984), "Demonstration of resonances in string instruments," AJP 52, 470-471.
Rueckner, W., D. Goodale, D. Rosenberg, S. Steel, and D. Tavilla (1993), "Lecture demonstration of wineglass resonances," AJP 61, 184-186.
Smith, D. G. (1979), "Simple Cp/Cv resonance appartus suitable for the physics teadching laboratory," AJP 47, 593-596.
Smith, M. E., T. W. Moore, and H. W. Nicholson, Jr. (1974), "Wave phenomena in an acoustic resonant chamber," AJP 42, 131-136.
Spagna, G. F., Jr. (1986), "Comment on "demonstration of longitudinal standing waves in a pipe revisited" [Am. J. Phys. 53, 1110 (1985)]," AJP 54, 1146-1147.
Laperre, J. and W. Thys (1992), "About standing waves in an air column transient regime and trasfer function," EJP 13, 236-244.
Silverman, M. P. and G. M. Cushman (1989), "Voice of the dragon: the rotating corrugated resonator," EJP 10, 298-304.
Tang, S. H., H. S. Tan, K. L. Tan, and T. S. Hsu (1985), "Velocity of sound and resonance absorption from a low-cost Helmholtz experiment," EJP 6, 134-138.
Briggs, C. W. and A. E. Morrison (1988), "Investigation of box resonances using a micro," PE 23, 116-119.
Leung, W. P. (1980), "Demonstration of shear waves, Lamb waves, and Rayleigh waves by mode conversion," AJP 48, 639-642.
Crawford, F. S. (1988), "Culvert whistlers revisited," AJP 56, 752-754.
Crawford, F. S. (1988), "Culvert whistlers revisited," AJP 56, 752-754.
Crawford, F. S. (1971), "Culvert whistlers," AJP 39, 610-615.
Crawford, F. S. (1987), "Slinky whistlers," AJP 55, 130-134.
Crawford, F. S. (1987), "Erratum: "Slinky whistlers" [AM. J. Phys. 55, 130 (1987)]," AJP 55, 952.
Crawford, F. S. (1991), "Pulse compression: dechirping of time-reversed slinky whistlers," AJP 59, 1050.
Crawford, F. S. (1990), "Slinky-whistler dispersion relation from "scaling"," AJP 58, 916-7.
Essex, E. A. (1991), "A comment on "Culvert whistlers revisited," by F. S. Crawford [Am. J. Phys. 56, 752-754 (1988)]," AJP 59, 181.
Simpson, A. M. and S. R. Ryan (1991), "Racquettball court whistlers," AJP 59, 175-176.
Albers, V. M. (1965), Underwater acoustics handbook II (Pennsylvania State University).
Burdic, W. S. (1991), Underwater acoustic system analysis, 2nd ed. (Prentice-Hall), ISBN 0-13-947607-5, Call no. 0-13-947607-5.
Stephens, R. W. B. (1970), Ed., Underwater acoustics (Wiley), ISBN 0-471-82204-3.
Tucker, D. G. and B. K. Gazey (1966), Applied Underwater Acoustics (Pergammon), ISBN (pb).
Chapman, S. (1971), "Size, shape, and orientation of sonar targets measured remotely," AJP 39, 1181-1190.
Beyer, R. T. and S. V. Letcher (1969), Physical ultrasonics (Academic).
Carlin, B. (1960), Ultrasonics (McGraw-Hill).
Christensen, D. A. (1988), Ultrasonic Bioinstrumentation (Wiley), ISBN 0-471-60496-8, Call no. RC 78.7 U4 C48.
Edmonds, P. D. (1981), Ultrasonics, Methods of Experimental Physics, v. 19 (Academic Press), ISBN 0-12-475961-0, Call no. QC 244 U43.
Herzfeld, K. F. and T. A. Litovitz (1959), Absorption and Dispersion of Ultrasonic Waves (Academic).
Kisslo, J., D. B. Adams, and R. N. Belkin (1988), Doppler Color Flow Imaging (Churchill Livingston), ISBN 0-443-08563-3, Call no. RC 683.5 U5 K55 1988.
Krautkrämer, J. and J. Krautkrämer (1990), Ultrasonic testing of materials, 4th ed. (Springer), ISBN 0-387-51231-4.
Rochow, T. G. and E. G. Rochow (1978), An introduction to microscopy by means of light, x-rays, or ultrasound (Plenum), ISBN 0-306-31111-9, Call no. QH 205.2 R63.
Stroke, G. W., W. E. Kock, Y. Kikuchi, and J. Tsujiuchi (1974), Eds., Ultrasonic imaging and holography: medical, sonar; and optical applications (Plenum), ISBN 0-306-30762-6, Call no. QC 244.5 U58 1973U.
Tucker, J. W. (1972), Microwave ultrasonics in solid state physics (American Elsevier), ISBN 0-444-10385-6.
Zwiebel, W. J. (1986), Introduction to Vascular Ultrasonography, 2nd ed. (W. B. Saunders), ISBN 0-8089-1781-1, Call no. RC 691.6 U47 I57 1986.
Adams, A. J. (1983), "Nonionizing radiation: appropriate topic in a physics curriculum," AJP 51, 807-810.
Adler, L. and M. A. Breazeale (1971), "Parametric phenomena in physics," AJP 39, 1522-1527.
Black, T. D. and B. C. Deaton (1979), "Using a sample and hold circuit as a boxcar integrator/ultrasonic recording unit," AJP 47, 1012-1014.
Chadda, S. and S. P. M. Rao (1979), "Determination of ultrasonic velocity in liquids using optical diffraction by short acoustic pulses," AJP 47, 464-465.
Gatland, I. R., Kahlscheuer Robert, and H. Menkara (1992), "Experiments utilizing an ultrasonic range finder," AJP 60, 451-454.
Jewett, J. W., Jr. (1987), "Demonstrating phase detection techniques using ultrasonic transducers," AJP 55, 665-6.
Kinyuy, I. and F. B. Stumpf (1983), "Instructional laboratory experiment on the sound field of a small ultrasonic transducer," AJP 51, 756-757.
Mathur, S. S. and R. D. Bahuguna (1977), "Simple chopping circuit for the ultrasonic pulse-echo system," AJP 45, 588.
Neeson, J. F. and S. Austin (1975), "Sound velocity and diffraction intensity measurements based on Raman-Nath theory of the interaction light and ultrasound," AJP 43, 984-986.
Neeson, J. F., K. C. Lum, and E. Blazejewski (1977), "Extension of sound velocity measurements based on Rama-Nath theory," AJP 45, 299-301.
Nerbun, R. C., Jr. and R. A. Leskovec (1976), "Quantitative measurement of the Doppler shift at an ultrasonic frequency," AJP 44, 879-881.
Palmer, S. B. and G. A. Forster (1970), "Experiments in pulsed ultrasonics," AJP 38, 814-821.
Read, L. A. A. (1975), "Room acoustics at ultrasonic frequencies," AJP 43, 461-462.
van der Sluijs, M. J. and J. C. A. van der Sluijs (1980), "A final year physics undergraduate experiment on ultrasound propagation in liquids," AJP 48, 278-282.
van de Ven, G. S. A. M. (1989), "Echography: a practical for undergraduate medical students," EJP 10, 45-51.
Reece, B. L. (1970), "A teaching experiment using ultrasonic waves in oil," PE 5, 355-358.
Mahmood bin Mat Yunus, W. (1990), "A simple demonstration of detecting an acoustic wave in a simulation of the photoacoustic effect: an experiment for the undergraduate laboratory," PE 25, 66-67.
Kino, G. S. (1987), Acoustic Waves: devices, imaging, and analog signal processing (Prenitce-Hall), ISBN 0-13-003047-3, Call no. TA 365 K53 1987.
Davies, H. (1985), "Microcomputer based acoustic signal processing in the teaching laboratory," AJP 53, 1107.
Nave, C. R. and B. D. Garland (1980), "Sound analyzer as an undergraduate laboratory tool," AJP 48, 451-455.
Nicklin, R. C. (1975), "A synthesizer for use in physics of music courses," AJP 43, 899-901.
Romer, I. C., Jr. (1970), "Some observations on variable-geometry phase methods of measuring sound wavelength," AJP 38, 534-535.
Rossing, T. D. (1982), "Inexpensive octave-band filters for laboratory and demonstration experiments in acoustics," AJP 50, 1050.
Davies, H. and D. J. McNeill (1985), "Digital signal processing in acoustics - part 1," PE 20.
Davies, H. and D. J. McNeill (1986), "Digital signal processing in acoustics - part 2," PE 21, 300-306.
Morton, A. N. (1991), "Graphical display and reproduction of digital sequences of sound with a microcomputer," PE 26, 131-135.
Dabbs, T. and H. Pollard (1982), "Experiment on the pitch of complex tones," AJP 50, 855.
Fegan, D. J. and H. M. Grimley (1985), "Electronic speech synthesis with microcomputer control," AJP 53, 1075-1078.
Hall, D. E. (1981), "The difference between difference tones and rapid beats," AJP 49, 632-636.
Hartmann, W. M. (1979), "Some psychoacoustic experiments with all-pass networks," AJP 47, 29-34.
Leming, C. W. (1984), "Simple demonstration of "missing fundamental" in harmonically related sounds," AJP 52, 470.
Olson, D. (1969), "Musical combination tones and oscillations of the ear mechanism," AJP 37, 730-733.
Oppenheimer, F. (1974), "The study of perception as a part of teaching physics," AJP 42, 531-537.
Rossing, T. D. (1975), "A voice display for corridor use," AJP 43, 282.
Rossing, T. D. (1982), "Formant filtering of the vocal source function in singing," AJP 50, 564-566.
Duckworth, M. and T. L. Lowe (1986), "Physics and speech therapy," PE 21, 74-79.
Metters, P. J. and R. P. WIlliams (1970), "An accurate method of measuring small frequency differences between pure tones of short duration," PE 5, 49-50.
Peterlongo, P. (1979), Strumenti ad arco. English The violin : its physical and acoustic principles (New York: Taplinger Pub. Co.), Call no. ML755 .P4813.
Bernstein, A. D. (1978), "Tuning the ill-tempered clavier," AJP 46, 792-795.
Curzon, F. L. (1984), "Classroom simulation of the coupled motion of piano strings," AJP 52, 137-139.
Dale, E. B. (1979), "Demonstration of the effect of altering the cavity resonance of a violin," AJP 47, 201.
Hall, D. E. (1974), "Quantitative evaluation of musical scale tunings," AJP 42, 543-552.
Hartmann, W. M. (1975), "The electronic music synthesizer and the physics of music," AJP 43, 755-763.
Holmes, B. W. (1985), "Demonstration trumpet," AJP 53, 504-505.
Kammer, D. W. and J. L. Glathart (1970), "An undergraduate experiment on the analysis and synthesis of musical tones," AJP 38, 1236-1238.
Kelly, R. E. (1975), "Temperature effects on the musical pitch of a stretched string," AJP 43, 996-1003.
Khosropour, R. and P. Millet (1992), "Demonstrating the bent tuning curve," AJP 60, 429-432.
Klein, W. L. and H. J. Gerritsen (1975), "Comparison between a musical and a mathematical description of tone quality in a Boehm flute," AJP 43, 736-737.
McDonald, P. F. (1972), "Acoustics for music majors - a laboratory course," AJP 40, 562-564.
Nicklin, R. C. (1975), "A synthesizer for use in physics of music courses," AJP 43, 899-901.
Podlesak, M. and A. R. Lee (1984), "Demonstration of resonances in string instruments," AJP 52, 470-471.
Poole, L. M. G. (1979), "Further thoughts on piano tuning," AJP 47, 564-565.
Rossing, T. D. (1971), "Physics for musicians," AJP 39, 1480-1482.
Rossing, T. D. (1975), "Resource letter MA-1: musical acoustics," AJP 43, 944-953.
Rossing, T. D. (1987), "Resource letter MA-2: Musical acoustics," AJP 55, 589-602.
Shonle, J. I. (1976), "Implementing a course on the physics of music," AJP 44, 240-243.
Vandegrift, G. (1993), "Experimenal study of the Helmholtz resonance of a violin," AJP 61.
Zych, D. A. and T. Earle (1980), "The use of room reverberation time measurements in physics of music courses," AJP 48, 32-35.
Gough, C. E. (1979), "The violin and its use for student projects," PE 14, 318-321.
Hoon, S. R. and B. K. Tamer (1981), "The physics of music," PE 16, 300-311.
Kelby, S. D. and R. P. Middleton (1980), "The vibrations of hand bells," PE 15, 320-323.
Aitchison, G. J. (1965), "SoMeasurement of reverberation time," AJP 33, 493.
Armstrong, H. L. (1983), "An experiment on sound in an enclosure," AJP 51, 1052-1053.
Crawford, F. S. (1970), "Douglas fir echo chamber," AJP 38, 1477.
Read, L. A. A. (1975), "Room acoustics at ultrasonic frequencies," AJP 43, 461-462.
Rossing, T. D. (1976), "Acoustic demonstrations in lecture halls: a note of caution," AJP 44, 1220-1221.
Salamo, G. J., J. A. Brewer, and J. A. Berry (1979), "Physics for architects," AJP 47, 24-28.
Schroeder, M. R. (1973), "Computer models for concert hall acoustics," AJP 41, 461-471.
Zych, D. A. and T. Earle (1980), "The use of room reverberation time measurements in physics of music courses," AJP 48, 32-35.
Beyer, R. T. (1973), "Nonlinear acoustics," AJP 41, 1060-1067.
Boullosa, R. R. and F. Orduña-Bustamente (1992), "The reaction force on a Helmholz resonator driven at high sound pressure amplitudes," AJP 60, 722-726.
Olson, D. (1969), "Musical combination tones and oscillations of the ear mechanism," AJP 37, 730-733.